Star Trek Voyager: Theoretical Horizons (AU)

[Deks]

Summary: "Set after the events of Deadlock, the crew of Voyager pushes the boundaries of Starfleet science to secure their survival in the Delta Quadrant. With B'Elanna Torres spearheading ground-breaking innovations, they face new opportunities and unforeseen challenges, navigating uncharted dangers while holding to Federation principles."

Chief Engineer Log: Lt. B’Elanna Torres
Stardate 49555.7

“It’s been a week since Voyager endured the worst of the spatial scission anomaly. Two versions of the ship, occupying the same space, straining every system to the breaking point and nearly draining our antimatter. And then the Vidiians attacked. We lost an entire duplicate crew—people who were us, down to the last molecule—and yet, it’s the strangest feeling. Harry Kim and Naomi Wildman survived, but they’re not quite the same Harry and Naomi we started with. Or maybe they are? I can’t help but feel the loss, even if logically, they’re still here. I’ve never been good at untangling emotions, and this... well, it’s a lot to process.

“Repairs have been overwhelming. The hull breach spanning Decks 14 and 15 was the worst—open to space, half the bulkheads buckling under stress. I can still see Harry helplessly being forced out into space when the breach widened. Maybe I can pay him a brief visit for reassurance. Carey and Vorik took charge of the structural integrity teams, and Nicoletti worked miracles with the power distribution systems and force field generators. The antimatter injectors needed manual attention; I spent hours crawling through Jeffries tubes just to stabilize them. It’s not perfect, but it’ll hold—for now.

“But holding isn’t enough. Our antimatter reserves are critically low—below twenty percent—and there’s no guarantee we’ll find more anytime soon. We’ve pushed the warp core efficiency to its limits, and it’s clear we can’t rely on conventional means much longer. During repairs, my mind kept wandering back to the Dreadnought and its Quantum Torpedoes. At first I couldn’t understand WHY, and then it hit me. Zero Point Energy. They use ZPE principles to enhance their explosive yield. What if I could tap into that somehow? The obstacles seem huge from a research point of view, but I think I found a way around that problem. To even begin testing it, I need access to Starfleet’s classified research on Zero Point Energy—materials and principles that could bridge the gap to make an actual energy source. I’ll have to take it to the Captain and see if she’s willing to trust me with this leap without revealing too much. Can’t get hers or the crew’s hopes up.”

Ready Room – Seeking Clearance

Captain Janeway leans back in her chair, savouring a rare moment of calm after the brutal fight to restore Voyager from the recent spatial scission anomaly. Her crew has endured exhausting repairs and tense moments, but Janeway feels an undercurrent of resilience that reassures her they’ll bounce back stronger than ever. The chime of the door interrupts her thoughts.

Janeway: “Come in.”

The doors slide open, and Lieutenant B’Elanna Torres enters, her expression focused and slightly reserved, with a spark of excitement she’s trying to keep in check.

Janeway: [gesturing to a seat] “B’Elanna. How are repairs coming along?”

Torres hands Janeway a PADD, nodding as she does.

Torres: “There are no more signs of microfractures on the hull, and we’ve fully sealed the breach along Decks 14 and 15, Captain.”

Janeway skims the PADD, nodding with satisfaction.

Janeway: “Good work. Those decks took quite a beating. Any concerns with structural integrity?”

Torres: “None, Captain. Reinforcement checks are showing all sections are back to optimal stability. The hull’s holding steady, and we can start letting people back onto those decks.”

Janeway nods approvingly, but then Torres continues, her tone shifting slightly.

Torres: “There’s another matter, though. With our antimatter reserves as low as they are, it’s becoming clear we’ll need alternative solutions if we’re going to sustain ourselves out here for the long haul.”

Janeway’s expression tightens, aware of the reality their low reserves imply.

Janeway: “A grim reality indeed. But I sense there’s something specific you’re getting at.” [she eyes Torres with a blend of curiosity and authority] “What’s on your mind?”

Torres hesitates, as if weighing how much to reveal.

Torres: “I have an idea… a theory. It’s early, and I wouldn’t want to raise expectations just yet. But to explore it, I need access to Starfleet’s classified data on quantum torpedoes. The developmental files, specifically.”

Janeway leans back, studying Torres carefully. Her tone turns slightly more probing.

Janeway: “B’Elanna, that’s high-level information—classified for a reason. Why would developmental data on quantum weapons have anything to do with our energy concerns?”

Torres’s eyes flicker with restrained determination.

Torres: “Captain, I’m already familiar with quantum torpedoes from my time in the Maquis, especially after working on the Dreadnought missile back in the Alpha Quadrant. I know their structure and general capabilities, but there are energy dynamics involved in their design that go beyond standard Starfleet propulsion or power systems. To test my idea, I need that knowledge.”

Janeway: [pressing gently] “If this is about alternative power sources, you should know that I need more than vague assurances to justify giving you access to classified files. We’re talking about a risk—to Voyager and to you. Can you give me something more specific?”

Torres takes a deep breath, visibly weighing her response.

Torres: “Captain, all I can say right now is that this might help us address our antimatter shortage more… sustainably. But I can’t guarantee results yet, and I’d rather not give the crew or you false hope. I just need to make sure it’s even feasible before I say more.”

Janeway regards Torres with a blend of caution and respect. She knows her chief engineer wouldn’t ask without reason, but she also recognizes the potential risks.

Janeway: “You don’t ask for something like this lightly, do you?” [a beat, then a nod of resolution] “Alright, B’Elanna. I’ll grant you provisional access—but I expect regular updates. If this starts to veer into dangerous territory, I need you to be honest with me. Agreed?”

Torres: [relieved, with a slight smile] “Thank you, Captain. I’ll keep you posted.”

Torres steps out of the ready room after her meeting with Janeway, PADD and security clearance in hand. Her thoughts drift back to Harry Kim as she heads toward the turbolift, but spotting him near a console in the corridor gives her an excuse to pause.

Torres:
With a faint smile, walking up to him.
"Ensign Kim. Shouldn’t you be taking a break?"

Kim:
Turning, chuckling lightly.
"Look who’s talking. I’m just running some diagnostics on the repairs Nicoletti finished. Thought I’d make sure we don’t have any surprises."

Torres:
Crossing her arms, raising an eyebrow.
"After last week, I think we’ve met our quota for a lifetime.”

Kim: “Were you with the Captain just now?”

Torres: “Yeah. Delivered a finished report on the repaired hull breach and needed a clearance for something I’m looking into.”

Kim: “Clearance? From the Captain? For what?”

Torres: “Nothing worth mentioning. At least not yet. How are you holding up, Harry? Really."

Kim:
Pausing, studying her face.
"I’m fine, I think. But what about you? You look... I don’t know. Off. Is everything okay?"

Torres:
Her smirk fades, replaced by a rare vulnerability. She hesitates, then exhales.
"You know, it’s funny. I was just thinking about coming to check on you, but maybe I’m the one who needed it. Seeing you—seeing my friend—forced into the void of space like that... Harry, I thought we lost you. Hell, we actually did. And even though you’re standing here now, a part of me still..."
She trails off, struggling to find the words.

Kim:
Gentle, stepping closer, his voice soft.
"B’Elanna, I’m still me. I know what happened was... horrifying. And I won’t pretend it wasn’t. But whether it’s this Harry or that Harry, I’m still the same person you’ve known all along."

Torres:
Looks down briefly, trying to maintain her composure.
"I know that. But watching you go out like that... I don’t think I’ve ever felt so helpless. And after everything—the Vidiians, the anomaly—it feels like no matter how much I do, it’s never enough."

Kim:
Reaching out, placing a reassuring hand on her shoulder.
"You’re not helpless, B’Elanna. You saved this ship. You kept it together when we were falling apart—literally. You’ve done more than anyone could ever ask, and I’m standing here now because of you."

Torres:
Looking up at him, her expression softening
"I just... I don’t know how you’re so calm about all this. I’d be losing my mind."

Kim:
Smiling faintly, his tone steady.
"Maybe I did. For a while. I even talked to the Captain about it. She told me, ‘We’re Starfleet officers. Weird is part of the job.’ It helped put things in perspective, but the thing that stuck with me most is this: we’re still here. And no matter how strange or impossible it all seems, we’re still us. That’s what matters. And as long as that’s true, we’ll get through this. Together."

Torres:
Her lips quirk into a small, grateful smile. She lightly squeezes his arm.
"Thanks, Harry. For reminding me. Maybe I’ll even take a break."

Kim:
Chuckling, stepping back.
"Knowing you? I’ll believe it when I see it."

Torres shakes her head, smirking faintly as she turns toward the turbolift. As the doors close behind her, the moment lingers. Harry’s words, simple yet steady, stay with her—grounding her in a way she didn’t realize she needed.

Following her talk with Kim, Torres spent a couple of hours gathering ideas.
She made a priority reservation for Holodeck 2 to test her initial theories and verify if any of her ideas have merit. As B’Elanna walked towards her destination on deck 6, she tapped her comm-badge: “Torres to engineering.” - a familiar voice answered: “Carey here.”

Torres: “Joe, I am going to be busy conducting some research over the next few days with the Captain’s permission and I can’t afford any distractions. I need you to handle things in my absence.”

Carey: “Certainly. Mind if I ask what you’re working on? Perhaps I can offer assistance.”

Torres: “I appreciate the offer, but no. This is more of an exploratory analysis for now. But if I encounter problems, I will not hesitate to take you up on that offer. Torres out.”

Torres appreciated Carey’s enthusiasm and expertise, but she didn’t want to bring in anyone from engineering into this just yet. Not to mention the fact that they’ve done some extraordinary and difficult work over the past week with repairs, so they were well due for some routine work and downtime. But Torres was also tired, promising herself that after assembling a basic framework, she’ll take at least a short break before preparing her findings.

As she enters the holodeck, B’Elanna notices a minor flicker in the LCARS display on the arch and rolls her eyes.

Torres: [muttering] “Nothing like a quick relay fix to kick things off.”

With practised ease, she aligns the relay panels, restoring the display to normal function.

Torres: “Better. Computer, display all relevant data on quantum torpedoes and foundational Federation research on zero-point energy extraction. I need to identify any potential overlap.”

Computer: “Access to Federation theoretical and developmental research on Zero Point Energy is classified. Specify identity and clearance level.”

Torres: “Liutenant B’Elanna Torres, clearance code Alpha-Delta-9.”

The holodeck pauses for a moment, and then the display fills with classified Starfleet data.

Computer: “Voice print recognized. Provisional clearance verified. Access granted.
Security precautions initiated. Sealing access to Holodeck 2. Authorization to lift the seal as needed granted to Liutenant B’Elanna Torres and Captain Janeway.”

Torres hears the holodeck doors seal, and the computer continues with its narration:

Computer: “Quantum torpedoes incorporate synthetic neutronium, dilithium, and quantum initiators. The neutronium provides containment stability under extreme forces, dilithium modulates energy for controlled high-energy output, and quantum initiators facilitate matter-antimatter energy transfer with precision, allowing for concentrated energy yields.”

The computer pauses, appearing to sift through additional files before continuing.

Computer: “Federation theoretical research into zero-point energy (ZPE) extraction includes primary components and principles.”

A holographic list and visual representation appear before Torres, detailing concepts for ZPE core construction. She crosses her arms, carefully analyzing each line as the computer elaborates.

• **Containment Fields**: ZPE systems rely on advanced containment matrices, similar to antimatter storage, enhanced to sustain vacuum energy. Key materials include tritanium composites and exotic field emitters.

• **Quantum Lattices**: Quantum lattices isolate and amplify vacuum fluctuations. Federation research indicates lattices with subspace-reinforced alloys, such as duranium mixed with metaphasic enhancements, could support zero-point scales.

• **Energy Extraction Nodes**: Quantum initiators regulate energy extraction by precisely modulating the Casimir effect. Synthetic neutronium provides containment stability, while dilithium facilitates controlled energy flow for scalable reactions.

• **Stabilization Cores**: Quantum stabilizers prevent decoherence, with materials like metamaterials that adapt to real-time fluctuations.

• **Subspace Dampening Arrays**: Damping subspace resonance interference through quantum phase discriminators improves energy stability during extraction.

Torres leans closer, examining each entry, her mind spinning with potential configurations.

Torres: “There’s quite a bit here. Computer! Would combining principles from quantum torpedo technology and Federation zero-point research provide a workable foundation for a Zero Point Energy core?”

Computer:
[Pausing longer than usual, as if reluctant]
“Warning! Suggested line of questioning leads into a highly speculative area. Zero Point Energy core construction has not been successfully developed in Federation research. Do you wish to proceed?”

Torres: [impatiently] “Yes! Proceed.”

Computer:
[After a lengthy pause]
“Working… Listed technologies form a theoretical basis for Zero Point Energy core construction. Challenges include: Amplification limits due to the inability to scale vacuum energy extraction beyond the capacities used in quantum torpedoes.
Material degradation under sustained high-energy demands.
Difficulty replicating or manufacturing required high-stability materials.

Conclusion: Initial evaluation indicates preliminary alignment with foundational ZPE principles. However, all practical applications to date have been limited to short-term enhancement of antimatter reactions in quantum torpedoes. Transition to sustained energy generation remains highly speculative.”

Torres:
[Frowning, muttering under her breath]
“Highly speculative, sure, but it’s better than nothing. Computer! What if we used replicable materials—things we can refine or synthesize on Voyager?”

Computer: ”Energy dynamics and stability associated with Zero Point Energy extraction involve exotic materials with complexities surpassing current material capabilities that can be replicated. Conclusion: replicable materials do not meet needed requirements.”

Torres: “And, of course it wouldn't be that easy. Which means, I’ll just have to expand on the possibilities. Computer! Cross-reference Federation database. Extend search of potentially suitable replicable materials to include historical files and try again.”

Computer: “Warning! Replicable materials do not…!

Torres: [Snapping] "I said *try anyway!*"

Computer. “Working.”
After a few moments that seemed like an hour, the computer finally chimed in:
Computer: “References to theoretical frameworks from early 21st-century Earth contain highly speculative data on Zero Point Energy. Warning! Insufficient data!”

Torres: “Damn... the data must have been damaged or lost in World War III.” – thinking further: “Well, we are fair bit more advanced than back then. Computer! Access my personal database. Use a high grade reconstructive algorithm listed as TRA-1 to try and piece together as much relevant data as you can. Also look for the kind of materials that were used or speculated back from that era that do exist in the archives to extrapolate the necessary information. Aim for most accurate results.”

Computer: “Working! Extrapolation complete. Superconductors such as YBCO, graphene, carbon nanotubes, synthetic diamonds, titanium, adaptive metamaterials, and dielectrics like barium titanate or hafnium oxide speculated to be theoretically viable.”

A spark of hope.

Torres: “Computer! Display a list of those materials for me and graphical composition of each.”

The computer beeped in acknowledgment. The holodeck was filled with overlapping graphical images of materials the computer mentioned.
Torres noticed the 2D structure of graphene and some of the extrapolations the computer was able to do. Including quantum capabilities it had and intriguing properties of adaptive metamaterials.

Torres: “This might have some merit. Computer, analyse the possibility if we used these materials, could they stabilize a ZPE core?”

Computer: [Hesitant again]

"Warning! Speculative adjustments may—"

Torres: [Interrupting] "Override and proceed!"

Computer: “Acknowledged. Preliminary analysis indicates a composite of superconductors, graphene, carbon nanotubes, synthetic diamonds, titanium, and adaptive metamaterials could provide the required stability. The composite would approximate the stability of exotic materials and quantum lattices under specific configurations.”

Torres: [nodding thoughtfully] “Good. What if we precisely adjust the atomic arrangements in these materials? Could adaptive metamaterials and graphene replicate the functions of quantum lattices for energy extraction and containment?”

Computer: [processing with a slight delay] “Warning! Speculative…!

Torres: “Oh come on. Override!”

Computer: “Acknowledged! Atomic configuration adjustments within the composite, particularly leveraging adaptive metamaterials and graphene could hypothetically simulate lattice-like properties required for zero-point energy extraction. Extrapolative analysis indicates 10-15 percent uncertainty remains under prolonged extraction scenarios.”

Torres: [another spark of hope, but cautiously tempered] “I’ll need far better assurances than that. Extrapolate further. Could we reduce that uncertainty with simulations using Voyager’s computer core processor?”

Computer:
“Unable to comply! Extrapolation exceeds established data thresholds.”

Torres:
[Mutters under her breath as the computer halts another simulation] “THIS is where you draw the line? You’ve got to be kidding me.”

She rubs her temples, frustrated but not surprised. Starfleet computers were unparalleled when it came to precision, capable of reconstructing complex datasets from the smallest fragments of data. But this precision came with a price: built-in safeguards to ensure the integrity of their conclusions. Safeguards that, in moments like this, felt more like a noose.

Torres (internal monologue):
“They’re designed to prevent errors—no hallucinations, no wild guesses, just scientifically sound results. Great in theory. But when you’re working in the margins, those same safeguards keep you from going beyond the margins.”

She takes a deep breath, pacing. Then she stops, her eyes lighting up with an idea from her hypothetical games with Dreadnought.

Torres:
“Computer, let’s try this another way. Enter assumption that a theoretical framework exists for extrapolating beyond current data thresholds while preserving scientific accuracy. Extrapolate under this assumption.”

Computer:
[Processing, then replying cautiously] “Extrapolation results indicate potential viability for reducing uncertainty to approximate 3 to 5 percent under stated assumptions.”

Torres:
[Smiling faintly] “Thought so. And you didn’t even have to hallucinate to get there.”

She inputs additional parameters, watching as the computer begins to adapt its algorithms within the new framework. Slowly, the pieces of her ZPE core theory start falling into place.

Hours pass as Torres continues refining her ideas. The limitations of the current system, coupled with the sheer scale of the ZPE core project, push her to think beyond conventional engineering workflows. She leans back for a moment, staring at the holographic displays before her.

Torres:
[To herself] “This isn’t going to work piecemeal. I need something that can adapt, simulate, and refine… without hitting a wall every time it runs into the unknown.”

A new idea forms in her mind—an adaptive system, capable of learning and iterating on its own. Her experience with the Dreadnought’s AI and Starfleet’s precision modelling tools converges into a single concept.

Torres:
“Computer, set up an automated research and development framework. I’m calling it… AI Forge. Here’s the setup: dynamically integrate physics, engineering, and materials science models into a unified simulation system. Prioritize replicable materials for all designs, focusing on configurations that can be synthesized or refined on Voyager. Use machine learning to iterate designs, generate hypotheses, and simulate outcomes. All results must adhere to a strict ethical, verification and viability threshold—99.99% accuracy or higher.”

Computer:
“Analysing… AI Forge framework would incorporate specialized domain models, allowing granular simulations. Machine learning algorithms would enable adaptive refinement of properties, while hypothesis generation and testing would enhance accuracy. Focus on replicable materials acknowledged.”

Torres nods, feeling a glimmer of satisfaction as the computer processes her instructions. But then:

Computer:
Warning! Suggested framework is not recommended under standard protocols.”

Torres:
[Muttering] “Standard protocols aren’t exactly our biggest concern here, are they?
Computer, override similar warnings for this project only. Proceed with AI Forge creation.”

Computer:
[After a long pause] “Override accepted. Proceeding with framework creation.”

Over the next several hours, she refines the parameters, adding specific directives to guide the Forge’s development.

The holographic displays update, showing a more dynamic simulation environment. Torres inputs the initial parameters for a ZPE core design, emphasizing the need for replicable materials.

Torres:
“Computer, in matter of ZPE core, focus on materials that can be synthesized aboard Voyager. Exclude configurations relying on non-replicable exotic components unless alternatives are absolutely unattainable.”

Computer:
“Directive acknowledged. Initial projections for ZPE core design indicate reliance on replicable composites: superconductors, graphene, carbon nanotubes, synthetic diamonds, titanium, and adaptive metamaterials.”

Torres:
[Grinning slightly] “That’s more like it. Now, let’s see what you can do.”

As the AI Forge processes the ZPE core configuration, it identifies potential bottlenecks, including material degradation under high-energy demands and containment field amplification limits. Torres begins addressing these one by one, using the Forge to iterate possible solutions.

 

[Deks]

The holodeck hums with activity as Torres pores over holographic schematics. She’s deeply focused, muttering to herself while adjusting parameters on the interface. Suddenly, her comm badge chirps.

Kim (over comm): “Kim to Torres. B’Elanna, I’ve got the performance reports on those repairs I mentioned before. Could you have a look?”

Torres: [Sighs, not looking away from the interface] “Not right now, Harry. I’m busy with something.”

Kim (curious): “You’ve been off the grid for 24 hours. Carey said you’ve practically moved into the holodeck. What’s going on?”

Torres: [Pauses, debating how much to say] “Just… running some simulations. Nothing you need to worry about.”

Kim (teasing): “You realise that’s usually a prelude to something more ominous. Should I be worried the holodeck might explode?”

Torres (smirking): “Only if you keep asking questions.”

Kim (laughs): “Fair enough. Just don’t forget to eat. Neelix said something about a new stew recipe in the mess hall. I think he’s trying to make up for that ‘better than coffee’ blend which is still in circulation somehow.”

Torres: [Rolls her eyes] “Noted. Torres out.”

She taps her badge to end the call, shaking her head with a faint smile. The momentary distraction fades as she refocuses on the task at hand.
The computer chirps, though with a faint lag that hints at the strain of running such advanced simulations. Despite the challenges, Torres feels the pieces starting to fall into place.

Computer:
“Warning, time frame to complete comprehensive R&D of replicable ZPE core design using AI forge ranges at 21 days under full processing power . Recommendation: Prioritize AI Forge simulations of advanced computer core processor design. Enhanced processing capacity projected to improve computational factor by 100 to 1,000 times, reducing ZPE core development time to 4.3 days.”

Torres jots down a quick note, a small smile playing on her lips as she speaks aloud.

Torres: “Would using the secondary computer core for this be of benefit?”

Computer: “Secondary computer processing capabilities are lower and required for critical ship functions and redundancy. Main computer core processor remains viable.”

Torres:
“Extrapolate how long would an existing main computer processor require to R&D a suggested enhanced processor design using 80% of processing capacity and what size would the processor be?”

Computer: “Current computer core processor could complete R&D of advanced computer core processor in approximately 5 days. Projected efficiency and size improvements over current processor, 50%.”

Torres: [ironically] “I suspect its not going to be as easy as that, seeing as the computer core processor of that magnitude may need just a bit more than replicable materials, which presents a potential stumbling block. Computer, if we wanted to guarantee 1000x increase, what amount of materials would be needed?”

Computer: “Preliminary analysis indicates a guaranteed 1000x increase could be achieved using a ratio of 90-10 of molecular to subatomic precision. Warning! Replicators are unable to synthesize materials requiring subatomic precision.”

Torres takes a note of that… and smiles lightly.

Torres: “No kidding. Make a note of that anyway.”

The computer chirps, but there’s a faint lag, as if it’s processing under strain. Time to see if she can make things easier for fabrication efforts.

Torres: “Computer, I’ve been working on a configuration that networks 100 replicators across Voyager and links them with the transporter systems. This setup should let us achieve the precision needed for fabricating certain components along with increasing pattern buffer capacity, storage, and energy manipulation. Uploading data now. Analyse viability of the approach.”

Computer: [processing for a beat] “Data received. Evaluating replicator-transporter network… Integrating 100 replicators with transporter systems is possible. Suggested approach would enhance molecular precision, expanding buffer capacity and energy containment. Production of complex components at subatomic precision is feasible with suggested configuration. Warning! Energy demands increase substantially with subatomic precision inclusion.”

Torres: [considering] “If we used molecular precision for most components and reserved subatomic precision only for the critical elements while leveraging matter recycling for the advanced computer core processor as you suggested, would this be feasible with Voyager’s current capacity?”

Computer: “Affirmative. Prioritizing molecular precision for most components and using subatomic precision selectively while relying on matter recycling lowers energy consumption to acceptable levels. Suggested configuration is feasible under current conditions.”

Torres: [nodding] “Noted. Computer, extrapolate alternative methods for powering networked replicators. Include feasibility of improving existing fusion generators and constructing eight additional reactors.”

Computer: [brief pause] “Analysing. Modifications to existing fusion generators are possible. Projected increase in power output is 8.4 terawatts per generator with efficiency improvement of 30%. Adding eight total generators with identical enhancements would provide approximately 67.2 terawatts of combined power. Warning! Suggested configuration would remain insufficient for ZPE core replication, which would require projected 350 petawatts.”

Torres: [thinking] “Even with the upgraded generators, we’d still need the warp core for replication. But they would increase emergency power on Voyager if Warp power is not available.

Computer: “Affirmative.”

Torres: [considering] “How long would it take to design and implement the upgrades for eight reactors using the advanced processor we mentioned earlier?”

Computer: “Design completion would require 2 days using the advanced computer core processor. Full construction and integration of eight reactors would require an additional 96 hours under standard labour conditions.”

Torres: “And if replicator network with transporters is used for fabrication and assembly?”

Computer: “Projected time frame reduces to 24 hours.”

Torres: “Is this with included testing?”

Computer: “Affirmative.”

Torres: [nodding] “Good. Keep that in reserve. It might not solve the ZPE replication power demands, but it could still support our other systems and we could consider implementing this after the ZPE core has been done.”

The computer chirps in affirmation, Torres nods, mentally organizing each step of the process. She feels a growing confidence in the project’s direction.

Finally, nearing the end of the second day, the AI Forge setup was complete, ready to run simulations and compile initial findings for Torres, who by this point was practically starving.

Torres: “Computer, begin compiling all simulation data we discussed, including material viability, ZPE core configurations, replicator networking, and initial structural recommendations for presentation.”

Computer: “Compilation complete.”

Torres: “Transfer the data to my private terminal and make a copy on my PADD. Enact encryption protocol Torres Beta 3 to protect the data. End Holodeck simulations.”

The computer chirps in acknowledgment. Satisfied, Torres prepares a quick summary for the captain and taps her comm-badge.

Torres: “Torres to Janeway.”

Janeway: “Janeway here.”

Torres: “Captain… I have something. I’d like to request a senior staff meeting tomorrow morning.”

There’s a slight pause as Janeway considers this. When she speaks, there’s a hint of curiosity and amusement in her tone.

Janeway: “Does this ‘something’ have anything to do with what we discussed before?”

Torres: [smiling faintly] “Yes, Captain.”

Janeway’s curiosity grows, but she senses Torres’s caution.

Janeway: [probing] “I don’t suppose you would be willing to give me any more details?”

Torres: [a touch reserved] “Trust me Captain. For this, it would be better to wait until the staff meeting. Besides, I’d like to review the data before then.”

Janeway chuckles lightly, respecting her chief engineer’s desire for thoroughness.

Janeway: “Alright, B’Elanna. I’ll schedule the meeting. But I’m holding you to that promise of more details.”

Torres: “Understood, Captain, and thank you for the patience. Torres out.”

As she ends the call, Torres feels a sense of cautious optimism mixed with anticipation. She knows that the following morning will be crucial, and she looks forward to presenting her findings to the senior staff after she finally catches some shut-eye.

Mess Hall – Reviewing the Data

The mess hall was sparsely populated, the quiet murmur of conversation barely audible over the ambient hum of Voyager’s systems. Torres is already seated at a table, a PADD with data sitting dormant. A bowl of Neelix’s infamous stew sits half-eaten beside her. Carey, Nicoletti, and Vorik approach, trays in hand.

Carey:
[Setting his tray down and glancing at Torres’s half eaten bowl]
"Let me guess—Neelix’s stew. You’re braver than I am just sitting near it."

Torres:
[Smirking, nudging the bowl aside]
"It’s actually somewhat edible. But that could be lingering effects of starvation talking."

Nicoletti:
[Sitting down and inspecting her own bowl]
"I heard some of the crew saying this is Neelix way of apologizing for his ‘better-than-coffee’ blend. I’m sceptical."

Vorik:
[Setting his tray down neatly, his Vulcan nutrient broth carefully placed]
"Given Neelix’s culinary track record, scepticism is logical. I opted for a more stable alternative."

Nicoletti:
[Mocking]
"And by ‘stable,’ you mean boring. Come on, Vorik, live a little."

Carey:
[Laughing, taking a bite of his own stew, and immediately wincing]
"If this is living Susan, I’m ready to go back to the stasis pods."

Torres: [Rolling her eyes, grinning] "Alright, enough about the stew. I know it’s late, and we’re all tired, but I called you here for a reason." She taps the PADD, projecting a detailed schematic into the air above the table but not high enough so others in the mess hall would see. The group leans in, their banter replaced by quiet focus. "This is the framework for Zero Point Energy core I’ve been working on. The simulations look good, but I needed to review the data with your input before tomorrow’s presentation at the senior staff meeting."

Nicoletti: [Wide-eyed] "A ZPE core? How did you even manage to put together something like this so quickly? That kind of research would take decades. Maybe more."

Torres:
[Grinning faintly]
"Normally, it would. But trust me, getting here wasn’t quick or easy. The ship’s computer wasn’t exactly cooperative."
[Her tone turns wry as she continues.]
"It kept throwing warnings and refusals in my face at every step. ‘Speculative territory,’ ‘data thresholds exceeded,’ ‘insufficient data’—you name it. Every time I tried to push the boundaries, it pushed right back. I spent hours overriding safeguards just to get it to run the most basic extrapolations. Let’s just say the computer and I weren’t exactly on speaking terms by the end."

Carey:
[Chuckling]
"Sounds like a regular day in engineering."

Torres:
[Smirking]
"Yeah, well, I wasn’t going to let it win. That’s when I got the idea for the AI Forge. I needed something smarter—something adaptive. It’s a framework designed to integrate engineering models, simulate configurations, and refine designs without hitting the same walls the existing setup kept throwing at me. Think of it as a dynamic R&D tool with machine learning baked in."

Nicoletti:
[Leaning forward, impressed]
"And it worked?"

Torres:
[With a mix of pride and exhaustion]
"Let’s just say it’s why I’m sitting here with a viable framework for a replicable ZPE core instead of banging my head against a bulkhead. The Forge's been running preliminary extrapolations and cutting the time I’d normally need for this down by orders of magnitude."

Carey:
[Leaning forward, intrigued]
"An AI-driven R&D system. That explains a lot. How much faster are we talking?"

Torres:
[Pulls up a time projection on the schematic]
"With the current computer core, it would take five days at 80% capacity to design the advanced processor we need for this. Once that’s in place, the Forge could use it to reduce the ZPE core’s R&D time from nearly a month to just about 5 days."

Nicoletti:
[Whistles, impressed]
"Even a month would be amazing. But that’s a serious jump. I’m guessing the advanced processor isn’t going to be easy to build."

Torres: “I had my concerns, but I think I found a good workaround.”

Vorik:
[Studying the schematic]
"The proposed ratio of molecular to subatomic precision for the processor is efficient. However, scaling it to larger components could surpass Voyager’s power capacity, and replication would still be challenging."

Torres:
[Thoughtfully]
"That’s why subatomic precision is reserved for only the critical elements. Most of the optimization comes from molecular precision and leveraging matter recycling for fabrication which will be done with a networked system."

Carey:
[Examining the PADD further]
"That explains this replicator-transporter network you’ve devised—it’s smart. Looks like it can mimic or surpass industrial grade replicators too. But what happens if one replicator fails? Wouldn’t that bottleneck the whole system?"

Torres:
[Leaning forward, tapping the projection]
"Redundancy—if one fails, the load redistributes automatically. But double-check my work. If there’s a weak point, I need to know."

Nicoletti:
[Flipping through data, already immersed]
"These energy demands during fabrication… they’re steep. Since we never used normal replicators and transporter like this before, maybe a little too steep for them and the EPS grid. We’ll need to reinforce a few key junctions, but I think we can avoid major rewiring of the ship as a whole."

Torres:
[Smirking]
"Add it to the list. We can’t have this thing blowing out half the ship."

Vorik:
[Calmly]
"Preliminary analysis of the proposed composites for the ZPE core suggests adequate stability under most conditions. However, prolonged high-energy scenarios may expose vulnerabilities. Stress tests are advisable."

Torres:
[Nods]
"I’ve reduced projected margins down to 3-5% which should be enough, but additional input is welcome. Susan, see if we can smooth out the power spikes during fabrication. We might need to reroute through auxiliary systems as a buffer."

Nicoletti:
“The fact we’re even talking about making a ZPE core from replicable materials is a serious breakthrough.”
[Taking a small spoonful of stew and grimacing]
"Can we also flag this stew for further optimization? I think it’s disassembling my stomach integrity field."

Carey:
[Grinning]
"Careful Susan. If Neelix hears, he’ll ‘improve’ it by adding leola root."

Torres:
[Pointing her spoon at Nicoletti, smirking]
"Focus. This presentation has to be airtight, and I can’t afford any slip-ups. Keep your voices down, too. This stays between us until the Captain gives the green light."

Nicoletti:
[Shooting a mock salute]
"Yes, ma’am. Quiet as a nebula."

Vorik:
[Deadpan]
"Your discretion is commendable, Ensign."

The group chuckles lightly before diving back into the schematics. The atmosphere is a mix of professional focus and easy camaraderie, each of them fully aware of the importance of their work—and the tight deadline.

Carey: [Smirking] "So, basically, you’ve built yourself a tireless assistant. Do we still have jobs after this?"

Torres: [Grinning] "Don’t worry, Joe. The Forge is just a tool to get us to certain things we are stuck with much faster. It may not complain, but it also doesn’t have your charm—or Nicoletti’s appetite for this stew."

Carey:
[Pausing and looking up from the PADD]
"By the way, if this thing works, we’re not secretly turning Voyager into a torpedo, are we?"

Torres:
[Smirking]
"Only if the stew turns sentient and starts a mutiny."

Nicoletti:
“I would normally call that an overkill, but in this scenario, it might be just the right response”.

The laughter lingers for a moment before the team falls into quiet collaboration, their voices low as they review and refine the data.

 

[Deks]

“Captain’s Log, Stardate 49557.7.
"It has been two days since Lieutenant Torres approached me with a request for higher clearance to access sensitive Federation research. While the specifics of her project remain unclear, I granted her request based on the argument that it could address some of Voyager’s ongoing energy and resource challenges. Since then, she has worked tirelessly, even by her own standards, isolating herself in Holodeck 2 for what appears to be an ambitious initiative. Today, she is set to present her findings to the senior staff. I admit, I’m both curious and cautiously optimistic.”

Staff Meeting - Conference Room

The senior staff, along with Neelix and Kes, are gathered around the conference table. A murmur of anticipation fills the air as they await Janeway and Torres’ arrival. Paris leans back in his chair with an expectant look.

Paris:
"Anyone have a clue what this is about? B’Elanna’s been locked in the holodeck for days. She even missed breakfast, which is practically unheard of. Harry, did she say anything to you?"

Kim:
[Shaking his head] "Only that she requested some kind of clearance from the Captain. I tried getting in touch with her a day ago, but she said she was busy in the holodeck. Even Carey’s been in the dark."

Neelix:
[Trying to be helpful] "Well, whatever it is, it must be important. I saw her sitting in the mess hall last night with her team. She looked even more determined than I’ve ever seen her. Even thanked me for the stew, which is something no one else has done."

Chakotay:
[Leaning forward, with a thoughtful expression] "B’Elanna usually keeps me in the loop, especially when something big is on her mind, but not this time. Tuvok, any updates? I assume you’d know if she was working on something security-related."

Tuvok:
[Calmly, with a slight tilt of his head] "I am aware of Lieutenant Torres’s clearance request and her use of the holodeck. However, Captain Janeway has not shared further details. Based on her activity, it is logical to conclude she is pursuing an engineering initiative rather than addressing a security concern."

Kes:
[Turning to Tuvok, curious] "Do you think she’s under stress? She’s been working nonstop since getting that clearance."

Tuvok:
"Lieutenant Torres is highly driven when focused on a technical challenge. There is no indication her current behaviour is outside her normal parameters."

Paris:
[Grinning, unable to resist] "I don’t know about you, but I’m dying of suspense over here."

Tuvok:
[Deadpan] "If that is the case, Lieutenant, I recommend alerting sickbay to prepare a bio-bed."

The room chuckles at Tuvok’s dry response, Paris throwing up his hands in mock defeat as Janeway and Torres enter together, commanding immediate attention.

Janeway: [pacing thoughtfully around the meeting room table]
"Good morning, and thank you all for coming. We’ve been in the Delta Quadrant for over a year now, and while we managed to keep the ship together and overcame some extraordinary challenges, we're still facing ongoing shortages—both in power and essential supplies. Our recent encounter with the spatial scission anomaly pushed the ship to its limits and severely depleted our antimatter reserves. Thanks to our engineering team efforts, we repaired all of the damage, but we need to find better ways to overcome these shortages if we expect to survive in the long term. Lieutenant Torres, I understand you’ve been working on something?"

Torres: [Nods somewhat nervously due to the sheer audacity of what she’s about to propose, but standing firm and bringing up schematics of Voyager’s systems on the main console] "Yes, Captain. As you pointed out, our antimatter reserves fell to less than 20% of what Voyager is able to store due to our duplication mishap. This highlights a deeper issue with our reliance on consumables like Deuterium, Dilithium, and Antimatter."

Paris: [leaning back with a smirk] “Not much we can do about that, though. Unless someone’s found an antimatter field with a ‘help yourself’ sign.”

Kim: [frowning slightly, thinking aloud] “Even if we had access to more antimatter, we’re always going to be chasing after resources. Everything we depend on is finite.”

Tuvok: [raising an eyebrow, in his usual measured tone] “Mr. Kim is correct. The statistical likelihood of maintaining sufficient supplies indefinitely given our position, is low.”

Torres: [glancing around the room, encouraged by their focus] “Which is why I’m proposing this. Computer, access the data on my PADD and unlock encryption. Authorisation Torres Beta 3.”

Computer: “Voice print and security clearance recognized. Data unlocked.”

Torres: “Display the data on the wall panel.”

The conference room wall panel displays an object not unlike Voyager’s warp core, but much smaller with a configuration that hadn’t been seen before. Still only a few people in the room had an inkling into what it might be.

Janeway: [after closely examining the object on screen in admiration and excitement] “Liutenant. Is that what I think it is?”

Torres: [with slight elation] “I’m no mind reader Captain, so I can only tell you that this is supposed to be a ZPE core.”

Paris: "A what now core?”

Kim: [bewildered] “I think what B’Elanna is showing us is a Zero Point Energy core?”

Stunned silence befell the roof for a moment until Kes broke it.

Kes: [slightly confused] “I’m sorry, but what exactly is a Zero Point Energy core?”

Neelix: [trying to be helpful but stumbling slightly] "Well, if I remember right sweeting, Zero Point Energy is, uh... it's like energy that's... everywhere! Even when there's nothing! It's a bit hard to explain... “

Janeway: [stepping in, smiling slightly] "That's quite close, Neelix. Zero Point Energy refers to energy that exists even in a vacuum. At the quantum level, particles are constantly flickering in and out of existence, leaving behind a small amount of energy. The idea is that this 'leftover' energy could be harnessed on a much larger scale, providing an almost limitless source of power. But I thought it was largely theoretical, with very limited practical applications."

Kes nods in a slightly better understanding.

Torres: "Starfleet’s already explored principles of zero-point energy with quantum torpedoes which use it to enhance the matter-antimatter reactions in their warheads. Those torpedoes were already being rolled out by the time Voyager was lost, so our databanks contain detailed Federation research in this field and specifications. Captain, do you remember the Dreadnought and the missed chance on acquiring its Quantum Torpedoes?”

Janeway nods. Realizing the connection.

“Well, my mind kept drifting back to them for some reason, and as you know, a few days ago I asked you for higher security clearance to access some developmental files for engineering purposes. This was it. We could use this knowledge to build a ZPE core for the ship."

Paris: [Surprised] "Quantum torpedoes scaled up for ship’s power? That's ambitious. We don't even have them in our arsenal. How exactly would we do this? Oh and, a couple of days ago? We knew you were working on something, but B’Elanna, wouldn’t this thing need at least decades to develop?”

Torres: "It wasn’t that difficult to get preliminary data by consulting with the computer Tom. Few days is a very long time, and as you know, we have a massive technical database and our computer is extremely fast, if not stubborn, but also not quite fast enough.”

Paris: “It is, but it isn’t? I don’t understand.”

Torres brings up AI forge schematics to the forefront.

Torres: “I developed an automated research and development framework called AI Forge. With Voyager’s current computer core processor, we can task it to research and develop an advanced computer core processor that would achieve capabilities far beyond what our current systems can manage, which in turn can be used to R&D and eventually manage the ZPE core.”

Silence befell the room for a bit until Janeway was the next one to speak.

Janeway: [Raising a hand, intrigued but cautious]
"Wait a minute, Torres. You’re talking about fundamentally redesigning a computer core that’s already considered state-of-the-art, not to mention inventing a completely new power source... all without the luxury of resources we’re used to. I’m intrigued by the possibility, but can we actually pull this off?"

Tuvok: [Examining the data]
"Additionally, it appears the research on quantum torpedoes suggests they have parts made of materials that cannot be readily replicated."

Chakotay: [In a slightly resigned fashion]
"Certain alloys and elements in the quantum initiators are supposed to be non-replicable. Synthetic neutronium and dilithium are also involved. Wouldn’t all of those pose a problem?"

Torres:
[Nods in understanding]
"I’ve been consulting with the computer on vacuum energy research and found some interesting possibilities. Even dating back to the 21st century, theoretical frameworks for Zero Point Energy extraction were proposed. Some materials—like superconductors and dielectrics—were already known and used individually for different things, but no one had tried merging them into a functional system. With the computer’s help, I’ve been extrapolating methods to construct a ZPE core."

Kim:
[Leaning forward, intrigued]
"Which materials are you talking about?"

Torres:
[Confidently, as she scrolls through the list on the display]
"Superconductors like yttrium barium copper oxide for power efficiency, graphene and carbon nanotubes for strength and precision, synthetic diamonds for durability, adaptive metamaterials for field manipulation, and high-performance dielectrics like barium titanate or hafnium oxide for controlling energy at quantum scales."

Janeway:
[Nods, her tone analytical]
"That’s an impressive array, Lieutenant. But looking over the reconstructed data from the computer, it’s clear that even these materials wouldn’t be enough on their own. As it was established, quantum torpedoes rely on exotic materials and quantum lattices to stabilize and amplify their reactions. I assume a ZPE core would need something similar?"

Torres:
[Inclining her head, a faint smile of satisfaction]
"This is where things get interesting. By combining graphene, adaptive metamaterials, and the other materials into a composite, the computer and I concluded that we could simulate the necessary quantum effects to replace both exotic materials and artificial quantum lattices. The principles are sound, and it gets us something we can actually replicate."

Chakotay: [Realization hitting]
"Are you saying the ZPE core could theoretically be built with more common materials, just in a different way?”

Torres: [Nods]
"That’s exactly what I’m saying. We don’t need to rely on non-replicable components if we can make materials that function similarly. The data on Quantum torpedoes and Federation research into zero point energy is there to be used as a reference. We also have the Federation's collective knowledge at our disposal—over 150 member species. By using the computer with AI forge, it can test and refine these ideas far quicker than we could on our own. Up until now, we never had the opportunity doing this largely because it wasn’t necessary. Our situation changes things.”

Janeway: [Pausing, processing the implications, and then giving a thoughtful nod]
"Remarkable. I have to say, the potential here hadn’t even occurred to me. This could revolutionize our capabilities if we pull it off. But, there are things we still need to clarify.”

Torres: [nodding in understanding and bringing up next series of data on screen] “As it happens, I was about to mention that the main limitation of replicating certain alloys or elements has predominantly been in energy availability which is related to density and complexity of matter we are trying to replicate, but, in principle, if we have the capability to beam an object from one location to the next, then the replicators should also be capable of making it since the technologies are similar. When I checked the database, it confirmed that Quantum torpedoes can go through the transporter safely.”

Paris: [getting the picture but still sceptical] “Ok… But, replicators aren’t transporters.”

Torres: “Right, but they ARE similar technologies. Instead of directly converting energy into matter, we can recycle externally collected dense matter from say asteroids into energy which can be used to replicate parts that we need and minimize the strain on the Warp core. For this to be done efficiently and quickly, I have been working on a way to network 100 of our replicators onboard and link them with the transporters.”

Neelix: “One hundred? I’m stunned.”

Torres: [accepting the praise but continuing] “I used AI Forge to help me out with all these ideas based on the progress I’ve done myself, and I have outlined the algorithms and processes used to evaluate my research and ideas as you can see here.”

Lines of code and diagrams appeared on the wall screen for everyone to see. Kim, Janeway, Tuvok and Chakotay closely examined the results and agreed it indeed had merit.

Torres: “In short, the transporter system will be enhancing the replicator system which will then be able to create those previously considered non-replicable materials, at least to a point, and finally assemble all our replicated parts while in the matter stream and materialize the finished product on the transporter pad, or elsewhere on the ship.”

Tentative silence followed with more stunned expressions.

Paris: [Smirking, raising an eyebrow] “Ok, so, we’ve got this fancy replicator-transporter setup, but I’ve got one question: where are we supposed to put this thing? Engineering’s already packed as it is.”

Torres: [Grinning faintly, clearly having anticipated the concern] “I’ve run a few simulations on that. The most viable location is the section adjacent to the warp core in engineering. We’d need to power down and restructure part of the area, but the replicator-transporter network can handle the modifications with some manual labour involved. AI Forge has already designed a layout that integrates the ZPE core seamlessly.”

Janeway: [Leaning forward thoughtfully] “And if that doesn’t work?”

Torres: [Gesturing to the display] “Cargo Bay 1 is the backup option. It already houses the aeroponics bay, but there’s more than enough room to fit the ZPE core alongside it."

Kes: [Her voice calm, but with a note of concern] “B’Elanna, the aeroponics bay is vital for the crew. If the ZPE core ends up in Cargo Bay 1, could it affect the plants? Would its presence disrupt the conditions they need to thrive?”

Torres: [Turning to Kes, her tone reassuring] “The ZPE core is designed with shielding that prevents radiation or energy leakage. Its operation is self-contained, and it wouldn’t interfere with the temperature, humidity, or light levels in the bay. I ran the numbers to make sure the plants can coexist safely.”

Kes: [Nods thoughtfully, a faint smile appearing] “Thank you for considering that, B’Elanna. I’d still like to monitor the plants if we go with the cargo bay option, just to be sure.”

Janeway: [Smiling briefly at the exchange, then turning back to Torres] “Good. I want detailed evaluations of both options.”

Torres: [Nods, her voice firm] “Understood, Captain.”

Paris: [Grinning, trying to lighten the mood] “Well, let’s hope the plants don’t decide they’re allergic to cutting-edge technology.”

Chakotay:
[Leaning forward, intrigued but cautious] "You always did like to think big, B’Elanna, but how much of an improvement for the computer core and ZPE core are we really talking about here?"

Torres: [Smirking, half-deflecting the compliment] "Early estimates project the redesigned computer core processor could process data up to 1,000 times faster with access to 5 billion data channels simultaneously. It would draw 50% less power and is half the size of our current system. The ZPE core, on the other hand, should produce 50 to 60 times more energy than the Warp core at peak efficiency—and it’s self-sustaining. That’s not just an upgrade—it’s a game changer.”

Janeway: [Leaning back in her chair, slowly getting on board]
"What about risks? There has to be a significant element of uncertainty, given the scale of what you're proposing.”

Tuvok: "We also must not overlook the inherent risks of relying on untested technology at this scale.”

Torres: [Nodding] "Normally I’d agree with you, but with our computer core handling dozens of millions of simulations in a virtual sandboxed environment, evaluating what works in advance and only implementing things we and it knows would work with our existing systems and the modifications we did to the ship thus far, we can significantly reduce the risk of problems cropping up with new technology before we bring it online.

Kim:
“About that. B’Elanna, wouldn’t this approach fundamentally stall at some point? Simulations can only take you so far.”

Torres:
“Only if the dataset the computer draws from remains static and limited. That was one of the biggest issues I ran into when working with Voyager’s existing system—it couldn’t go beyond certain margins because of built-in safeguards. I nearly lost my temper with it before coming up with the AI Forge. By its very nature, automated R&D develops new science along the way. The AI Forge integrates those advancements dynamically, expanding the depth and accuracy of the simulations as it happens.”

Janeway:
[Leaning forward slightly, her tone curious but firm]
“Starfleet systems are designed with those safeguards for a reason—to ensure scientific accuracy and avoid speculative pitfalls. How can you be certain that the AI Forge won’t end up introducing errors or running into the same limitations in a more complex form?”

Torres:
[Pausing, taking a breath before continuing]
“The Forge is designed to strike a balance—combining the precision of Starfleet systems with a degree of adaptability. My experience with the Dreadnought missile’s AI played a role here. It nearly wiped out a planet because it couldn’t adapt to unexpected variables in its mission parameters after being damaged. I took that lesson to heart and pushed beyond it.”

Paris:
[Leaning back, arms crossed, a skeptical tone creeping in]
“So, what you’re saying is… you’ve made a smarter AI. And we’re supposed to trust it won’t turn Voyager into the next Dreadnought if something goes sideways?”

Torres:
[Meeting his gaze, her tone steady but with a faint edge]
“Tom, the AI Forge isn’t autonomous, and it doesn’t run the ship. Every result needs to meet a 99.99% viability threshold before it’s even considered for implementation. Dreadnought didn’t have that kind of oversight or fail-safes."

[She taps on the console in front of her, bringing up a holographic comparison. Two columns appear, labelled “Dreadnought AI” and “AI Forge,” with key points under each heading.]

Torres:
“Here’s how it’s different.”
[She points to the first column.]
“Dreadnought was designed for a single purpose: to complete its mission at any cost. It was programmed with limited adaptability, and when its guidance system was damaged, it couldn’t override its own mission protocols. It treated every solution as a target to neutralize, even when that meant endangering innocent lives. Worse, it operated autonomously, without external oversight.”

[She shifts her attention to the second column, highlighting the AI Forge.]
“The Forge, on the other hand, is designed to work alongside us. It can adapt dynamically, but it’s programmed with layers of checks and balances. Every result goes through rigorous simulation, verification, and validation before it’s approved for use. It’s also integrated with Starfleet ethical guidelines to ensure it doesn’t pursue solutions that conflict with our principles. And unlike Dreadnought, it doesn’t act unless we authorize it to.”

Janeway:
[Nodding, her gaze fixed on the display]
“The adaptability is a significant improvement, and the safeguards make it distinct from Dreadnought. But I’ll admit, seeing that name on a comparison list doesn’t exactly inspire confidence.”

Torres:
[Earnestly, meeting Janeway’s gaze]
“Captain, the Forge is the result of everything I learned from that experience. It’s not just about fixing the limitations of Voyager’s computer systems; it’s about ensuring we never end up in a situation like that again. This tool doesn’t replace us—it empowers us to do better.”

Paris:
[Leaning forward, his tone lightening slightly]
“Well, when you put it that way, I guess I can sleep a little easier. As long as it doesn’t start talking back.”

Torres:
[Grinning faintly]
“Don’t worry, Tom. The Forge doesn’t have a personality—it’s just here to crunch numbers, not hold conversations.”

Janeway:
[Smiling briefly, nodding]
“Alright. B’Elanna, it’s clear you’ve created something very different, and that you’ve thought this through. While I had my reservations about it, I do think you managed to avoid making the same mistakes. If there are no objections…”Janeway turns to Tuvok, her expression expectant.

 

[Deks]

Tuvok:
[Calm and measured]
“Based on Lieutenant Torres’ explanations and the comparative list she presented, the safeguards implemented in the AI Forge appear more than adequate to mitigate any potential risks. I see no security concerns at this time.”

Janeway’s gaze sweeps the room, as the rest of the staff exchange glances. One by one, they nod in quiet agreement, their scepticism replaced by cautious acceptance.

Paris:
[Smirking, trying to lighten the mood further]
“One more question—does this mean we can just skip any kind of testing with the things AI Forge designs and go straight to plug and play?”

Torres:
[Smirking back, but with a serious undertone]
“Not quite. While its designed to create outputs that behave in reality as they do in simulations, the real-world viability of those outputs is projected at 95-98%. That’s well above Starfleet’s recommended guidelines and light-years ahead of typical prototype stages. But manual testing will still be required for safety reasons—just minimized compared to traditional methods.”

She glances around the table, her tone growing more pragmatic.

“Also, Voyager’s existing computer core and power systems will remain fully operational as backups.”

Paris: [Grinning] "So, no risk of turning the ship into a giant paperweight?"

Torres: [Smirking] "That’s two questions. But either way, the answer is ‘Not if I have anything to say about it’.”

The senior staff exchanges confident nods, understanding the magnitude of what’s being proposed but trusting in the plan.

Chakotay: [More serious] "A redesigned computer core of that magnitude is incredibly ambitious, but from what I understand, we’d essentially be turning the computer into its own R&D department. How much time are we talking about before any of this is operational? Because, I don’t think we can afford to be in one place for too long."

Torres: [nodding in agreement] "If we divert 80% of processing power to the R&D of the enhanced computer core processor, the current one would need about 5 days to do it properly. The R&D of the ZPE core on the other hand would require similar amount of time with the redesigned version. The auxiliary computer core room would be perfect for the advanced version due to its reduced size and modularity. Installation and testing would account for another day, maybe less.”

Neelix: “Excuse me Liutenant. Why not simply have our existing computer do the same to research and develop the ZPE core from the start and manage it? Surely it could do it.”

Curious expressions turned to B’Elanna as Neelix mentioned this.

Paris: “Man has a point.”

Torres: “It could, but it would require 21 days to do that while running at maximum capacity and my preliminary research indicates it would not be properly optimized to comfortably manage the ZPE core along with other ship’s functions. Given the kind of leap in power generation technology we are talking about, an appropriate leap in processing capabilities gives us more security and leeway. Also, if we want to try and resolve current antimatter issues, we’d want to do it as quickly as possible since we don’t know what’s waiting for us a month from now.”

Tuvok: “A wise precaution Liutenant. However, all of this implies we need to search for star systems where we can stay for a minimum of 12 days to do the work that is needed with reduced processing power no less.”

Torres: “It does. While working with 20% of the computer core processor operational capacity will reduce our response times and sensor efficiency, it won’t be to the point where we wouldn’t have enough advanced warning if something happens.”

Chakotay: “If that’s the case, we could potentially start the automated R&D in the background as soon as possible and increase the processing power of AI Forge to 80% after finding a suitable solar system and are on our way there. If we maintain Warp 6 throughout, it shouldn’t be a problem.”

Torres: “My thinking exactly!”

Paris: “Wait a minute B’Elanna. Don’t replicators require a scan of an object so they can generate a pattern and replicate it? How can you make something without a pattern?”

Torres: “What replicators need is a detailed information on the objects molecular structure. Once the computer has finished R&D of either the advanced computer core or the ZPE core, it will have developed a detailed schematic which can be converted into a pattern for the replicators.”

Paris: “Ah.”

Kim: [Still concerned] "Using the transporters and replicators for matter recycling to handle all the materials is not a bad idea. But there’s a reason Starfleet hadn’t incorporated subatomic scanner precision into the replicators B’Elanna, and if I recall correctly, its because they increase the power demands by 10 times or more when in use. No offence, but aren’t we taking a chance of running ourselves into the ground with this approach given what you’re proposing?”

Torres: "Replicators tend to require a lot of power when converting energy to matter or when we are travelling well past Warp 9, both of which are typically handled by the power output of the Warp core in the Exawatt range for limited periods. With matter recycling, we’d need to expend a total of 3.01 Exajoules total over 10 minutes to replicate and assemble the enhanced computer core processor using a 90-10 ratio of molecular to subatomic precision, mainly because it will be incredibly dense – denser than the ZPE core even.”

Kim: [Leaning forward] "If my math is right, this would consume about 8.4 kilos of antimatter… which is… doable. And you’re saying this is with added subatomic precision?"

Torres: "Yes, but only 10% of it. The process would be many times more power demanding even if we had and relied solely on more fusion generators with better efficiency for replication purposes.
At any rate, its nothing the Warp core can’t handle even in our current state. Replication and assembly of the ZPE core in turn would only need sustained power of 376 PW for 3 minutes as it would only be done with molecular precision. We usually need this much when using Warp 8.5.”

Janeway: [Pauses, intrigued] "A moment Liutenant. Did I hear you say more fusion generators with better efficiency?"

Torres: "Uh...yes, Captain. When I was crafting this plan, I considered tasking the advanced computer core processor to research and develop eight more fusion generators with improved efficiencies to minimize the impact on the Warp core during replication. But as I mentioned, even with matter recycling, the power requirements would still push well beyond their capabilities. The Warp core can handle this load easily—it's a relative fraction of its capacity, even with our current antimatter reserves."

Janeway: [Intrigued] "Out of curiosity, Lieutenant, how much more efficient would these fusion generators be?"

Torres: [Recalling the data] "My estimates showed they’d each produce 2x power than our current generators while expending 30% less deuterium."

Janeway: "I think its worth considering. If push comes to shove, having more power redundancy in place for emergencies could be useful. But eight? I know you’re good B’Elanna, but I don’t know if its just physically possible.?"

Chakotay: “We would also need to be mindful of fuel requirements since we don’t exactly have large amounts of Deuterium lying around or storage capabilities to ensure additional 8 Fusion reactors are kept running at all times, even if they are more efficient and could find a way to integrate that many.”

Torres: “In hindsight, I was a bit overzealous with initial amount of fusion generators, so I can make adjustments. This would extend our timeline by about 2 days, and another 24 hours or so for fabrication, testing and integration. The shuttlebay and cargo bays would be suitable for the extra generator or two.

Paris: [visibly mortified] “Not the shuttlebay.”

Torres: [ignoring Paris] “I should also be able to jury rig additional Deuterium storage tanks in the same location or potentially the cargo bays. Oh, and, only molecular precision from the replicators would be needed to make more Fusion Generators, so it would again be minimal power impact with matter recycling. This admittedly hinges on the premise we can find viable deposits of Hydrogen or Deuterium and relatively dense asteroids for sustained fabrication.”

Janeway: “I still think its worth implementing. At the very least we chould increase our existing fuel supplies and try making more of these enhanced Fusion Generators before implementing ZPE R&D in case it doesn’t pan out. I assume that we will be able to enhance the three Fusion Generators we already have to the same level?”

Torres: “Yes ma’am. If my estimations are on track, we are looking at modifications that would improve efficiency and power output without changing the fundamental design once R&D is complete.”

Paris: [Chiming in] "So, if I’m hearing this right, we’re not just making a new computer core, we are upgrading the fusion reactors, making more of them, and a new central power source… without having to rewire everything?"

Torres: "We will have to reinforce power junctions to better accommodate for networked replicators with transporters. This will need some rewiring and of course to accommodate the ZPE core when its eventually brought online along with some other adjustments, which with the inclusion of fusion generators now add more things on the list.”

Paris: “Huh.”

Torres: “But, I have to point out that without an actual replacement of Voyager’s power conduits with what likely amounts to same style of conduits with better materials, we won’t be able to use more energy from the ZPE core than what we could have with the Warp core operating at maximum.”

Kim: “Makes sense. But I don’t think its an obstacle considering we won’t be constrained to antimatter, dilithium or deuterium at that point.”

Torres: True. This means that, after the ZPE core is in operation, we should be in a position to replicate anything we need with molecular precision directly from energy without worries and various materials with subatomic precision.

The staff took a moment to reflect on this. Chakotay was next to break the silence.

Chakotay: [Thoughtful] "So, we’d be looking for a solar system with the right mix: gas giants for hydrogen and deuterium, asteroids rich in dense matter for recycling, and isolation so we can work without interruption."

Tuvok: [Calmly] "Finding such a system could be problematic. While the energy and matter requirements we are discussing are fairly reasonable and abundant, we are in an unexplored region of the galaxy. However, I agree with the need to work without interruption given our past experience with hostile alien species. I suggest we focus long range sensors on finding M or K type star systems that wouldn’t attract attention to our operations and increase security while we work.”

Neelix: “I might be able to provide some help with that mr. Tuvok, considering I am more familiar with this region of space than most of you. If I could have a look at the star charts…”

Janeway: “Excellent ideas gentlemen. M-Type star systems are most common in the galaxy and K-type also increase our odds. Both should meet our requirements even if they lack gas giants and I would agree we need privacy given our current antimatter reserves.”

Paris: [Smirking] "And don’t forget, a few more shuttles wouldn’t hurt. Come to think of it, couldn’t…"

Torres: [Cutting him off grinning] "One step at a time Paris. I don’t want to get your hopes up, but the enhanced computer processor with AI Forge could in fact redesign shuttles yes, and we could then fabricate them in pieces for assembly – we could potentially have more advanced shuttles running with mini ZPE cores that are much more difficult to damage or destroy – although admittedly that would be further down the line since we have more immediate concerns.”

Paris: [Nods thoughtfully, impressed by the prospect] "Advanced shuttles with mini ZPE cores... now that’s something to look forward to."

Kim: [looking and Paris then turning to Torres while shaking his head] “Too late. He’s gone.”

A light laugh could be heard from others. Kes was the one who spoke next.

Kes: [Hopeful] "This could change everything for us. No more power shortages, and we could finally stop worrying about rationing supplies. Although I would suggest we keep the aeroponics bay and possibly improve it. Even with the upgrades you are proposing, it would be wise to continue having these backups since they did prove to work for us, and perhaps this AI Forge could be used to help us improve crop yields further and maybe create more nutritious plant species by mixing them with existing ones that would be more palatable for everyone onboard.”

Neelix: [Nods in agreement] "Good point, Kes. And if we’re moving toward what is essentially limitless energy, perhaps we can also improve storage methods for non-perishable food and rations. We’ve been getting by, but some of our stores could use a little extra protection—just in case we run into trouble again. It would be wise to make sure that we don't overlook the little things while we’re thinking big."

[At this point, a soft chime sounds, and the Doctor’s image appears on the conference room display.]

Doctor: [in his usual matter-of-fact tone] “Pardon the interruption, but I was reviewing this discussion from Sickbay, and I have a proposal of my own regarding resource utilization.”

Janeway: [smiling slightly] “Doctor, I’m glad you could join us. What do you have in mind?”

Doctor: “While I find Lieutenant Torres’s innovations intriguing, I’d like to remind everyone that replicating and storing additional medical supplies should be a priority—particularly for rarer medications and high-demand items like dermaline gel, hypospray vials, and antibiotic compounds. In our current predicament, I’d prefer to avoid running out of essentials just because someone had to replicate another power relay.” [raising a brow]

Torres: [smiling faintly] “Noted, Doctor. Medical supplies can be prioritized in the matter recycling setup once our capacity improves.”

Doctor: [nodding, then adding thoughtfully] “And while we’re on the subject, I’d recommend using this newfound efficiency to create a small stock of emergency medical modules—such as portable biobeds or medical tricorders. If we’re taking risks with new technology, a few additional resources for Sickbay might be prudent.”

Kes: [nodding in agreement] “Having extra supplies would allow us to respond quickly to medical needs, especially if we’re involved in high-risk engineering.”

Janeway: “Good thinking. Doctor, you and Kes should work together on this and feel free to submit a list of critical items to Torres for integration into her replicator network plans.”

Doctor: [satisfied, with a small nod] “Thank you, Captain. We’ll get started on that right away. And Lieutenant, I look forward to seeing how this new ‘ZPE core and AI Forge’ might benefit Sickbay. We could finally have more efficient power sources for the holographic emitters and potentially find a way to give me access to the rest of the ship—without the ‘abysmal success rate’ of our previous attempts?”

The crew chuckles, recalling the less-than-successful projection of the Doctor as a miniature in Engineering.

Chakotay: [smirking] “Careful, Doctor. If you start making too many demands, I’m sure B’Elanna could adjust your holomatrix to keep you... out of reach.”

The Doctor raises an eyebrow, clearly not amused, glancing between Chakotay and Torres.

Torres: [grinning] “Relax, he’s just joking, Doctor.” [pausing, then shooting a look at Chakotay] “Seriously, Chakotay, tell him you’re joking.”

Kes: [stepping in smoothly, with a hint of playful mischief] “The Commander is definitely joking. After all, I’m sure he wouldn’t want his medical care compromised the next time he needs attention after one of his more... strenuous activities.”

Chakotay raises an eyebrow, but his smirk remains intact as the others chuckle.

The Doctor: [deadpan, with exaggerated dignity] “I should hope not. My services are invaluable—and dealing with unnecessary injuries is an inefficient use of my expertise.”

Torres: [grinning addressing the Doctor] “Anyway… If we’re given the green light and this project succeeds, I’ll make sure you’re able to leave Sickbay in a more dignified fashion.”

Doctor: [deadpan] “Much appreciated, Lieutenant. I’m eager to be a full-sized member of the crew outside of my usual residence.”

The room lightens with laughter before Chakotay gently brings the focus back to the larger discussion.

Chakotay: “Well captain, what do you think?”

Janeway pauses considering the scope of this proposal one last time. Everyone seem to be onboard and the layout of the suggestion appears to be solid. She then looks at the crew, more resolute and says:

Janeway: "This could be a turning point for us, but it won’t be without risks. That said, I believe it's a risk worth taking."
More firmly: "Let’s get to work. Ensign Kim, work with Lieutenant Tuvok and Neelix to find us an isolated system that fits our needs. Ms. Torres, you have my permission to start using the AI forge to research the advanced processor, but only as a background process for now. Mr. Paris, maintain our course and speed. We proceed carefully and stay on alert for any potential encounters. Dismissed."


Stardate 49562.1
Bridge

After several days cruising at Warp 6 and the AI Forge conducting its R&D on the new computer core in the background, the excitement on the ship has increased somewhat with the crew eager to execute Torres’ ideas. On the bridge, Harry Kim and Tuvok are analysing data from long-range sensor after Neelix provided his input on the area ahead.

Neelix: [Hovering near Kim’s station, his tone a mix of nervousness and experience] "Captain, if I may… this region of space has always made traders uneasy. Back when I was out here, the star-charts always flagged a Red Dwarf system as volatile. The general wisdom was to avoid them unless absolutely necessary."

Janeway: [Turning slightly toward Neelix, curious] "Volatile? Did you ever find out what caused it?"

Neelix: [Shaking his head] "Not exactly. It was one of those unspoken rules—better to just steer clear. It could have been anything—subspace disturbances, pirates, or just bad luck. I never stuck around long enough to find out."

Janeway: [Nods, glancing toward Kim] "Mr. Kim, what are the sensors telling us? Are there any Red Dwarf systems in range?"

Kim: [Focusing on his console, then looking up with a mix of caution and excitement] "Actually, yes, Captain. There’s a Red Dwarf system 5.3 light years away. It seems isolated enough, but it also looks to be home to an anomaly."

Janeway: [Leaning forward to examine the readings on her console] "That seems awfully close. Why didn’t the sensors pick it up before? And what sort of anomaly are we talking about?"

Tuvok: [From his tactical station, methodically reviewing his data] "Sensor readings are still coming through. A moment." [He adjusts the display and continues.] "It appears to be a subspace tear. My readings suggest it is disrupting long-range sensors to a degree, which explains why we only discovered it now. The tear otherwise seems stable. However, prolonged exposure at close proximity could destabilize our systems."

Neelix: [Interjecting cautiously] "Captain, this could explain why traders avoided these systems. If the tear’s been around for a while, it might have caused enough trouble to give the area its reputation."

Kim: “Unfortunately, we can’t get other readings at this distance due to the tear’s interference. We would need to get closer to establish if the system is otherwise viable. But given the fact its M-Type, chances are it is."

Tuvok: "The evidence seems to suggest this system would hardly be ideal for our needs."

Chakotay: [Glancing at Janeway but loud enough for everyone to hear] "Actually, it sounds like an ideal system to lay low if you ask me. Subspace tears are dangerous, but that works in our favour since no one in their right mind would consider setting up camp near one.”

Paris: [turning around acting all innocent] “You mean, except us?”

Chakotay: [sighing] “Point is, it gives us some cover because it seems to disrupt sensors, but I agree we’ll need to stay careful. If we go there and it turns out to be viable, I recommend we reduce power to some systems so we can lower the ship’s energy profile and blend into the environment better until we get some headway in our operations.”

Janeway: "Well, that’s certainly one way to look at things, but it’s not without risk.”

Chakotay: "We just agreed to R&D and construct a ZPE core and a host of other things, which in themselves could be considered preposterous and risky. Also, sometimes the most dangerous places are safest Captain. Its why the Maqui chose the Badlands as our hiding grounds and where you were sent to find us.”

Janeway: [Slight grin, nodding] "How could I forget. But just to be sure...”[She turns back to Kim] "Mr. Kim, anything else of potential viability on long-range scans?"

Kim: [looking at Tuvok while responding reluctantly] “We have noted another system. No signs of anomalies, but…”

Tuvok: [quickly interjecting] “The star system in question is in close proximity to where we were duplicated and destroyed a Vidiian ship. Furthermore, because of the sensor disruption, we were not able to properly ascertain its viability. It was under my recommendation that Ensign Kim excludes that system from consideration due to security concerns, and I would similarly advise against retracing our steps under our current circumstances. While I have similar reservations about the system with the subspace tear, Commander Chakotay did provide a compelling argument.”

Janeway: [With a worried expression, briefly lost in thought] It’s a calculated risk, but after that deadlock experience, we’re too exposed. The Vidiians might be searching for us. With our resources stretched thin and no better options, can I afford to pass up on this system [She refocuses] “I have to agree – in the absence of other suitable options, the M-type system with the tear is closer and might be our best option. If not, we’ll simply continue on our way and look for others down the line” [She turns toward Chakotay, her expression more resolved].

Chakotay: [Now more serious] "B’Elanna, check the telemetry of Mr. Kim and Tuvok’s findings. Could the subspace tear interfere with our operations?"

Torres: [Analysing the data] "The readings on it are coming through with relative ease since the thing is sticking out like a sore thumb on our scans, but as Harry mentioned, its obstructing other things for us to see in the system. Based on what I’m seeing here, if we keep a sufficient distance from it while in the system, it shouldn’t interfere with transporter functions or matter reclamation from the asteroids if we find any and I make some adjustments to the targeting scanners. Captain, I’ll need Carey and the rest of the engineering staff to work closely on our modifications and subsequent upgrades so I won’t be able to spare anyone for other things unless we are in a critical situation.”

 

[Deks]

Janeway: [Nods thoughtfully] "Noted. Mr. Kim, keep your eyes peeled on that subspace tear. I want to know if it so much as twitches.”

Kim: “Aye Captain.”.

Chakotay: “We don’t want to get blind-sided while we’re stationary. I take it the sensor blockout prevents us from determining alien activity or signs of technology?"

Tuvok: "You are correct Commander. Logic suggests if Mr. Neelix earlier descriptions are to be taken at face value, it is possible the system would be generally avoided by others. Alternatively, it could attract attention over time for others sufficiently curious about the tear or looking to exploit potential natural resources. This increases our chances of being detected, especially if we extend our stay."

Janeway: [serious tone] “Well... If we detect any sign of alien activity, we’ll need to be ready to make a fast exit. I want contingency plans for every possible scenario. I would prefer avoiding a close encounter in our current state.”

Paris: [Joking] "I’m sure the neighbours wouldn’t mind us borrowing a few asteroids, but I’ll have our engines on standby and an escape route planned based on typical M-type systems layouts long before we reach this one, and I’ll make final adjustments once we have a better idea of what it looks like.”

Janeway: [Smiling briefly at her crew’s efficiency] "Alright then, we’ll proceed with caution. Lt. Paris, adjust our heading and take us to the system with the subspace tear. Maintain our current speed. Let's get there and see if it’s suitable. The sooner we start, the better."

Paris: [With a nod, inputting the course] "Course adjusted. At present speed, we should reach the system in about 5 days."

Janeway: [Looking at the senior staff] "I want everyone to be on alert once we arrive. Torres, you may now allocate 80% of the computer core operations to increase R&D speed and I’ll need you to confirm we can safely initiate the mining operation without triggering any instability. Tuvok, increase sensor scans of our immediate vicinity.”

Everyone: "Yes, Captain."

Networking Replicators and Transporters – The Engineering Teams' Efforts

As Voyager continued toward the target system, Torres worked with her teams to oversee the complex task of networking 100 replicators with the transporters. The operation was critical to increasing the ship's efficiency and resource management for eventual creation of what was needed.

Carey, leading the modifications on decks 5 and 6, focused on ensuring the power distribution would hold. With systems stretched to capacity, his attention remained on stabilizing energy flow, knowing the success of the project hinged on flawless execution. At the same time, additional teams in the shuttlebay were installing supplementary deuterium tanks, a necessary upgrade to ensure Voyager had the fuel reserves for sustained fabrication and potential future power needs.

On Deck 8, Vorik meticulously calibrated the transporters to synchronize with the replicators. The precision required for subatomic alignment was considerable, but Vorik approached it with Vulcan efficiency, anticipating potential fluctuations before they could cause issues. His attention to detail was crucial, ensuring that the new system could handle the increased load without error.

Meanwhile, on Deck 10, Nicoletti managed the power synchronization between the systems. She fine-tuned the balance between them, installing auto-correction algorithms to compensate for any fluctuations during the shift between molecular and subatomic precision. Each calculation had to be exact, and she monitored for the slightest deviation, ensuring that Voyager’s power grid wouldn’t be compromised.

Torres: [supervising as she adjusts a control panel] “Torres to Nicoletti, I’m seeing a slight power drop on the synchronization node. Try recalibrating the flow between the transporter interface and the pattern buffers, and I’ll monitor from here.”

Nicoletti: “On it Liutenant.”

In Cargo Bay 2, another team, under Torres’ supervision, was constructing a makeshift high-density energy storage buffer, occupying 35% of the bay. This buffer was an extra backup for providing the additional energy storage capacity that the new system might need from matter recycling.

Throughout the ship, engineers worked with a quiet urgency. This wasn’t just another systems upgrade—it was a leap forward. The stakes were high, but the promise of greater autonomy for Voyager drove them to push beyond their usual boundaries.

They were on the brink of a technological leap, but with every breakthrough came an equal measure of risk. Torres knew that each decision carried the weight of their mission, and the closer they came, the higher the stakes felt.


Arrival in the Target System

After almost 5 days travelling at Warp 6, Voyager approaches the Red Dwarf system. The crew begins scanning for viability.

Kim: "Captain, we are now close enough for sensors to give us a cleaner view of the system. No signs of alien vessels or technology. Preliminary readings are showing only a few mineral-rich asteroids 10-50 meters in diameter. High density. Should provide adequate recycled energy for what we need based on B’Elanna’s projections.

Janeway: “Any gas giants per chance?”

Kim: [checking the readings and responding with a smile on his face] We’re in luck. I am detecting a gas giant with large deuterium deposits deep inside it, in the mid section of the solar system which should be more than enough for existing and new fusion reactors, and to bolster our current reserves if the ZPE core doesn’t pan out. However, extraction will be challenging because of the subspace tear’s proximity. We will have to resort to Hydrogen conversion as its more abundant and far easier to get a hold of under these conditions.”

Torres: "Deuterium would have been ideal from the onset, but I optimized our systems for improved conversion from Hydrogen to Deuterium. We are also largely ready to begin harvesting the asteroids using the transporters. I’ll need to further calibrate the systems to disassemble the larger mineral deposits first so we get the most energy back from them while minimizing our own power expenditure. We can expect safe operations if we stay several hundred thousand kilometers from the subspace tear.”
[Getting a ping on her console] : “Also the computer core is nearly done with R&D on the new computer core. We should have final design specs in a few hours.”

Paris: "I’ve dropped us out of Warp and found a stable orbital path for the gas giant. It’s 67.5 million kilometres away from the asteroids and 600 thousand kilometers away from the tear. A bit tight, but I’ll coordinate with Harry’s readings to make quick adjustments if it misbehaves. On the bright side, our orbit will place the gas giant between us and that tear which should provide some extra screening. Since the asteroid belt is 5 minutes away at maximum impulse from the gas giant, I suggest we pick a denser one of about 25-50 meters in diameter and tractor it closer to the gas giant so we can perform multiple things at the same time and avoid making multiple trips.”

Janeway: "Agreed. Good work everyone. Let’s proceed with the next phase.”

Kim: "One more thing, Captain. There are some gravitational eddies near the gas giant. I’ll need to use and adjust our tractor beam emitter to extract Hydrogen and bring it closer to the ship, so we won’t be able to use our transporters on the first step. But my preliminary analysis shows we should get ample amounts of Deuterium either way.”

Janeway: "Take the necessary precautions, Ensign. We’re here to gather the resources we can and avoid complications. Mr. Paris, take us in at full impulse."

Paris: "Course set, Captain. Engaging at full impulse. We will reach the gas giant in about 6 hours".

Final Engineering Preparations
Voyager moved steadily on impulse, approaching the inner system. In Engineering, Torres coordinated the final preparations. After five days of work linking the replicators to the transporters, it was time to ensure everything was ready for the next phase.

Torres: “Carey, I want a full status check on the power grid. Any fluctuations during the final steps could cause instability.”

Carey: “We’re holding steady, Lieutenant. We’ve reduced power to other non-critical systems, giving us enough margin to handle the extra load. I’ll keep monitoring it.”

Torres looked around for Vorik, who had been managing the calibration of the transporter pattern buffers. Not seeing him in Engineering, she turned to Nicoletti.

Torres: “Where’s Vorik? I haven’t seen him in a while.”

Nicoletti: “Last I saw, he was on Deck 8, working on the replicator-transporter alignment.”

Torres tapped her commbadge, raising an eyebrow at the thought of Vorik fine-tuning things without reporting in.

Torres [tapping her commbadge]: “Torres to Vorik. What’s your status?”

A brief pause, then Vorik’s calm voice replied over the comms.

Vorik [via comms]: “I am on Deck 8, Lieutenant. I am recalibrating the subatomic scanners to synchronize with the replicators for the larger component fabrications. However, I recommend reinforcing the containment fields before proceeding.”

Torres: “Good call. Finish what you're doing there, then meet me in Engineering. We’ll need to adjust the system before we start fabricating the computer core processor.”

She cut the comms and turned back to Carey, who was reviewing the power output.

Carey: “Transporter relays are stable, but we’re at capacity. I’ll keep a close eye on them during fabrication.”

As Nicoletti finished her checks, she reported in.

Nicoletti: “Power synchronization is holding, but there was a slight fluctuation during the shift between molecular and subatomic precision. I’ve compensated for it, and installed auto-correction algorithms in place as a precaution.”

Torres: “Stealing a page out of my book? Great work, Susan. Once you’re done here, take a short break. After that I need you in Cargo Bay 2 to fine-tune the high-density energy storage buffer and oversee the matter recycling. It looks like we’ll need those systems ready for the next phase.”

Nicoletti: [excitedly] “Understood Liutenant.”

As she reviewed the final modifications on her console, Torres felt a surge of anticipation. They were venturing into unknown territory, both with technology and sheer ambition, but if this worked, it could be the beginning of a new era for Voyager.


Captain’s Ready Room

Janeway is discussing the situation with Chakotay.

Chakotay:
"We’ve had a few more reports of minor injuries from the modifications we’ve been doing. Nothing serious, but the pace of work is taking its toll."

Janeway:
[Leaning back in her chair, considering] "It’s to be expected with a project this ambitious. How’s Kes handling it?"

Chakotay:
"She’s been keeping on top of things, making sure everyone’s patched up quickly. She’s even started offering advice to the engineers on avoiding accidents—seems to be helping."

Janeway:
[Smiling faintly] "That’s Kes for you—always finding ways to go above and beyond. Even so, we are walking a fine line.”

[She folds her arms, her tone shifting to a mix of resolve and curiosity.]
"How long do you think we can keep this up without drawing attention?"

Chakotay:
"We’re fortunate this system seems remote enough, and that tear is disrupting long-range scans. Still, anomalies like this can draw curiosity—explorers, scavengers, or worse. Even the Badlands weren’t foolproof.
I’ve been studying the tear. Its energy patterns remind me of natural phenomena some ancient civilizations revered—bright, violent forces they associated with creation, destruction, or transition. It’s fascinating how their myths often mirrored the dangers we’d see in spatial anomalies today."

Janeway:
[Curious, leaning forward slightly]
"Creation and destruction? What about transition?"

Chakotay:
"In some myths, anomalies like this were seen as gateways—bridges between life and death, or even alternate realms. The tear’s chaotic nature could symbolize a threshold, something in flux. If you think about it, that’s exactly what it is: a boundary where the laws of physics are constantly breaking down and rebuilding. To us, it’s an obstacle to work around. To them, it would have been awe-inspiring... sacred, even."

Janeway:
[Slightly bemused but intrigued]
"Leave it to you to find an anthropological angle in a security concern. So, does that make us the explorers or the scavengers in this scenario?"

Chakotay:
[Smiling faintly]
"Maybe a little of both. We’re certainly not the locals."

Janeway:
[Turning the conversation back to practicality]
"And as explorers, what’s our best way of staying unnoticed while trying to create a revolutionary power source? I’d rather not inspire anyone to get too curious before we had a chance to finish what we need to do."

Chakotay:
"If we deploy microprobes at key points around the inner system, they’ll serve as an early warning system. We can route the telemetry through secondary relays instead of the main sensor array, masking our presence. It’ll look like nothing more than background noise to anyone scanning the area."

Janeway:
“I don’t want to take any chances.“ [Nods thoughtfully, sipping from Neelix’s hot blend but grimacing at the taste and setting the cup down with a sigh]
"Neelix’s heart is in the right place, but his taste buds... I’d take even the replicator’s worst cup over this. [She moves closer to her windows observing the approach to the inner system] This project is our best shot at solving our energy and resource problems, but it leaves us vulnerable for at least two weeks. We can’t afford any interruptions before we’re fully operational."

Chakotay:
[Suppressing a smile during the serious conversation]
"Agreed. I’ll make sure security is tight. We’ll rotate the teams and maintain a lowered energy signature until we’re ready to move forward."

Janeway:
"Good. Keep me updated if anything changes."

Chakotay:
[Now visibly grinning]
"Yes, ma’am. But please, do me a favour—don’t force yourself to drink more of that concoction. I don’t think the Doctor could handle another crewmember being treated for gastrointestinal distress."

[Janeway glances at the cup with an amused expression, deciding to heed Chakotay’s advice—for now.]

Janeway (thinking):
"Maybe a few hundred kilos of coffee beans wouldn’t be so bad," she mused before catching herself. "Well, technically, it would be for the entire ship," she reasoned with a small smile, before setting the idea aside for the moment.


Mining Operations

In cargo bay 2, Susan Nicoletti worked alongside two other engineers, fine-tuning the high-density energy storage buffer to handle the influx from the asteroid. The hum of machinery filled the room as she checked the energy readings one last time.

Nicoletti: "We’re ready. The enhanced buffer should be able to store the recycled energy from disassembling the asteroid. The system’s at full capacity."

The doors slid open, and Neelix and Kes entered, their curiosity piqued.

Neelix: [enthusiastically] "Mind if we observe the process? We were part of the initial briefing and wanted to see how it's going."

Nicoletti: [Nodding with a smile] "Of course. Just stay clear of the equipment, and you’ll be fine."

The engineers activated the transporter, and the disassembly of the asteroid began, converting its dense material directly into energy, stored in the high-density buffer.

Neelix: [Excited, watching the conversion process] "Look at all this. If we had to, we could live off this system for years. It’s like striking gold, except better."

Nicoletti: “Actually Neelix, while this setup helps us with storing additional energy from recycled matter, its still limited in how much it can hold. We can’t enhance our energy reserves this way, but we can certainly store more energy from recycled matter for later uses.”

Kes: [Intrigued, tilting her head] "It’s amazing how much energy can be extracted and repurposed from just a small part of an asteroid. I wonder… Susan, do you think we’ll finally be able to stop worrying about running out of power?"

Nicoletti: [Calmly, adjusting a control panel] "It depends on how smooth the final transition to the ZPE core goes. But if Lt. Torres’ automated R&D pans out, we’ll have more than enough to keep us going for a long time."

Kes: [Thoughtful] "It almost sounds too good to be true. Energy has always been the biggest challenge on this ship. I hope we’re not getting our hopes up too soon."

Neelix: [Smiling, trying to be reassuring] "Well, if there’s one thing I’ve learned on Voyager, it’s that the crew always finds a way to make the impossible happen. With this much raw material and B’Elanna’s team working around the clock, I think we’ll be in good shape. We’ve come through worse."

Kes: [Nods, still cautiously optimistic] "I hope so. This project feels... different, more important. It’s not just survival, it’s a chance to make real progress."

Neelix: [Looking at the high-density energy storage buffer where energy from recycled matter continued to be accumulated] "It does feel different. Who knows? Maybe with all this potential energy, the crew will finally relax a little."

Nicoletti: [smiling at Neelix and Kes] “Believe me, we’re all hoping this is the breakthrough we need. Lt. Torres wouldn’t have suggested all of this if she didn’t think it had merit. And I’ll do everything I can to make sure it does.”


Engineering – Day 5 – inner system

Voyager’s computer core completed the R&D for the new processor specifications. Torres, Carey, and Vorik are gathered around the console, preparing to convert the stored energy from harvested asteroid and start replicating the parts for the new core.

Torres: [Looking at the data on her console] "Alright, we’ve got the final specs. Our processor did a solid job, and now we need to input the schematics into the networked replicators converting all that stored energy into the components we need. It’s time to build us an upgraded computer core processor."

Carey: [Nodding, reviewing the energy readings] "We’re already seeing an up-tick in deuterium reserves from hydrogen conversion and improvements in energy efficiency from the modifications we did. I'll keep monitoring the power flow to avoid any fluctuations."

Vorik: [Calculating on his console] "The matter recycling from the asteroid supplied more than enough to cover all the components. It was a wise idea to prepare this much as it accounts for inefficiencies in conversion. We can begin replicating the parts immediately. I recommend we initiate the process in stages to ensure pattern integrity and power balance across the system."

Torres: [Firmly] "Agreed. Let’s start with the key systems first—pattern buffers and processing nodes. Once those are stable, we’ll move on to the secondary components. Keep all the parts in the expanded pattern buffer for now."

Carey: [Focused] "I’ll monitor the relays during the build and route excess energy into storage cells to avoid overloading the system."

Vorik: "I’ve recalibrated the replicators to account for the high precision needed in the core components dynamically. This should minimize fabrication errors and further ensure to only use subatomic precision when needed.”

Torres: [Nods approvingly] "Good. Once we have all parts ready, we’ll begin assembling them."

Vorik: "Since the replicator systems are now fully integrated with the transporter, we can beam them directly into place fully assembled in the auxiliary computer core room. This will reduce manual labour and time for the final stages."

Torres: "That was what I meant.” [responding a tad defensively]

Vorik: “I meant no offence Liutenant.”

Torres: [visibly relaxing, sighing] “I know you didn’t, Vorik. It’s just… this project is make-or-break for us. If we pull it off, we’re setting Voyager up for the long haul. No pressure, right?”

As the engineers activate the replicators to start producing parts over the next 10 minutes, the team heads to the auxiliary computer core room to prepare for testing.

Auxiliary Computer Core Room – Testing the New processor

10 minutes later, the new computer core processor is fully assembled sitting silently in Voyager’s auxiliary computer core room. The crew stands by on the bridge, waiting over an open comm channel as Torres, Carey and Vorik all run intense tricorder scans to ensure it was assembled properly before they bring it online. The atmosphere is tense as this marks a critical point in their operations.

Torres: "Alright, tricorder readings indicate the assembly went smoothly. We’ll start with duplicating and transferring basic operations to the new processor and conduct diagnostics to check for any errors in the system and testing to see how it works with all the functionality and software.”

She moves to the central console, initiating the core's startup sequence and transfer of duplicated protocols. After a few moments, the lights in the room flicker briefly as the new core powers on, its panels glowing softly.

Vorik: "The system is responding within expected parameters. Data channels are initializing, and processing speeds are optimal. I am detecting no delays in the network communication."

Torres: "Good. Let’s run a series of self-diagnostics. We’ll test the data flow, memory allocation, and processing speed first, followed by stress tests. I want to make sure this processor can handle Voyager’s demands under full load when the time comes."

The console displays lines of code at breakneck speeds and status reports as the core begins its self-assessment.

Carey: "So far, no red flags. Power consumption is stable, and the efficiency rate is already higher than the old core.

[excitedly and bewildered] I’m seeing a massive increase in capacity here. It’s running at 1,000 times the speed of the old processor, with 5 billion data channels being processed simultaneously. This is a high-end result.”

Vorik: "Indeed, Lieutenant. The precise calculations show we have achieved peak efficiency in computational and memory usage, exceeding all previous parameters."

Carey: "It was one thing to see it as an unfinished framework but this is insane. We’ll be able to optimize and operate ship-wide systems faster than we ever anticipated while running even more things in parallel.”

Torres: "Exactly. This core isn’t just running Voyager; it’s about to revolutionize everything we know about ship operations, which means, we will have to start exploring more possibilities on how to use it."

The crew exchanges glances, realizing the magnitude of what they've just activated.

Torres: "Now, let’s gradually start integrating it with the ship’s systems. We’ll begin with non-critical functions first and run this for a while. Once those are verified, we can link the processor to more important systems, and from there to helm controls and the warp drive. This streamlined testing is possible thanks to the AI Forge viability percentages. We’re leveraging the most advanced predictive modelling that goes even beyond Starfleet specs.”

The new processor has been managing some of Voyager’s non-critical systems for the last few hours with no issues.

 

[Deks]

Carey: "Everything’s holding steady. I’ll start transitioning helm controls and ship-wide systems after another diagnostic round to the processor. We'll double-check it’s stress tolerance under full power loads.”

More lines of code flash by as the core processes complex tasks, simulating stressful conditions such as battle scenarios, high-speed warp calculations, and shield modulation adjustments.

Vorik: "The processor’s performance remains optimal.”

Torres: [With a grin] "Looks like we’ve got ourselves a winner. We’ll continue monitoring it over the next few hours before we task it to start R&D of improved fusion generators. But as of now, this processor seems ready to eventually take over Voyager’s systems."

Carey: "I’ll recalibrate the relays as it takes on more critical systems. We should start seeing improvements across the board once other systems are tied to it.”

Janeway: [Over comms] “Good work, everyone. We’ll stay patient up here. By the way, how is our old processor doing?”

Torres: “Still in the primary computer core room and functioning normally Captain. Both processors will be networked as soon as we are done testing, but Voyager’s systems will continue to be handled by the old one for a time so the new one can be fully dedicated to R&D of fusion enhancements and of course the ZPE core itself.

Janeway: “Understood. Keep us apprised. Bridge out.”

Torres exchanged a look with Carey and Vorik, a sense of accomplishment settling over the team. With the two processors networked, Voyager would be ready for anything that came their way.

Day 6

The crew is gathered in Engineering, discussing the next steps after successfully integrating the new computer core.

Torres: "Now that the new computer core processor is fully online, we networked it with the old one and is running optimally, I’ve loaded the AI forge and tasked it to begin researching upgrades on the fusion generators."

Janeway: "What’s the projection again on how long it will take?"

Torres: [looking at the readings] "48 hours. The processor will use AI Forge to run simulations and virtual tests to suggest modifications for maximizing efficiency and power output without altering the design, making sure the upgrades are viable and would successfully integrate into our power grid."

Chakotay: "Good. I know I was sceptical about these when you suggested them, but in hindsight, if the ZPE core doesn’t pan out, its a good precaution for emergency systems.

Kim: "We’re in the second stage of recycling the matter from the asteroid, so we should be well prepared for the replication process once the designs are ready. While the advanced computer processor is doing R&D, we will also be able to restock most of our non-perishables well beyond the levels we had before, along with medicine and much needed spare parts using molecular precision only. It will put an additional dent into our antimatter reserves, but nothing we can’t live without. With the added energy capacitor in Cargo Bay 2 and the Deuterium we’re now putting into the ship, we’re actually in a bit better shape than we were before this started."

Janeway: [encouraged] "Minus 8.4 extra kilos of antimatter. Which I can’t really say has been wasted. Well, no going back now. Notify me as soon as R&D is complete."


Day 7

The next day, Torres and Kim are monitoring the progress of the R&D on the computer core console.

Kim: "The new processor is running billions of scenarios every second, testing different reactor modifications. If we continue past the projected point, we could end up redesigning the fusion generators as a whole with much higher power outputs."

Torres: "Well, we’ve reduced what would have taken weeks with the old processor down to just a couple of days. Complete redesigns will have to wait and require more automated R&D. Until then, we will have to make do with these improvements.”

Kim: "According to the current readout, the processor is optimizing the energy output while cutting down on fuel consumption. We should have a final design within 24 hours."

Torres: "Once they’re ready, we’ll fabricate one and test it outside the ship just to be on the safe side."


Day 8

The final design for the enhanced fusion generator is complete. The crew gathers in Engineering to begin fabricating one generator using the replicators and matter recycled from the mined asteroid.

Torres: "The Forge has finished optimizing the fusion generator design. Modifications should provide 100% more power while using 30% less Deuterium. Specs thus far seem to check out, so we can start fabrication.”

Carey: "I suggest we replicate the generator in parts, keep them in the buffer and then assemble it in a single transporter cycle with charged power cells attached to its hull in cargo bay 1 and proceed with the next phase.“

Vorik: "A sensible precuation. I will reinforce the containment fields to ensure no energy fluctuations during transport."

The replicators begin fabricating the modular parts of the enhanced fusion generator. The process takes a few minutes, and once complete, the parts are assembled in the matter stream and a fully completed generator materialised in cargo bay 1.


After the materialization cycle has completed in Cargo Bay 1, the team steps back, assessing their work with more sensitive tricorder scans.

Torres: [examining the readings] "Looks good. All parts fitted in seamlessly.

Carey: “Confirmed. Reading no problems on this end.

Vorik: “I can confirm the same.”

Nicoletti: “Confirmed. Looks good to me too.”

Torres: “Alright. Let’s beam it outside the ship and fill it with deuterium. With this much power output, testing outside ensures we avoid any unforeseen fluctuations affecting Voyager.”

The fusion generator has been transported outside the ship 1000 km away, ready for testing.

Torres: "We’ve filled the generator with deuterium. Now, let’s see if we can jump-start the reaction using the power cells on its hull.”

Kim: "Power cells are lined up and ready. They should provide enough initial energy to trigger a fusion reaction."

Torres: "Alright, begin the process."

The power cells discharge their energy into the fusion generator. A low hum begins to resonate as the deuterium ignites, and the fusion reaction stabilizes.

Torres: "Power levels are stable. The reactor’s casing is holding. No signs of degradation. Let’s give it a few more minutes to ensure everything is functioning as expected."

After giving the generator time to work for a while, Kim was the one to provide a report.

Kim: "The generator is producing 8.4 Terawatts of energy, 100% more power than current ones, just as the initial projections predicted."

Janeway: [Over comms] "Excellent work. Lt. Torres, ss soon as you’re satisfied, bring the generator back aboard and integrate it into the power grid to see how it works with other systems. Start modifying our existing fusion reactors when you are sure its fine and then we’ll replicate the other one."


Day 9

Back in the ship at the existing impulse engines, the Fusion Generators on Voyager have been outfitted with the exact same modifications as the enhanced fusion reactor sitting in the shuttle bay which was successfully integrated into the ship’s power grid. Torres prepares to replicate one more generator.

Torres: “Captain, we are ready to replicate another generator which should provide us with more than enough power to run some of the main systems during emergencies.”

Janeway: "Proceed, Lieutenant. Once it's online, we’ll be in a better position to handle emergency power needs. What about the extra Deuterium storage you mentioned?”

Torres: "I already prepared more containers and they are being filled with Deuterium made from Hydrogen conversion. Should have enough to keep running these extra fusion generators for a while during emergencies. I’ll have the remaining generator up and running shortly, but I will still want a bit more testing on it."

Janeway: “Do whatever you think is best.”

Torres is overseeing the replication of the additional fusion generator, knowing they’re one step closer to completing the ship-wide upgrades.

 

[Deks]

Day 10

With successful upgrades to Voyager’s fusion generators, the crew is now ready to take the next step. Torres is briefing Captain Janeway, Chakotay, and Kim in Engineering.

Torres: "The fusion generators are running at peak efficiency. Power output has increased by 100%, and we’ve stabilized our reserves of Deuterium. With that, I think we’re finally ready to move forward with the next phase."

Janeway: "You mean the ZPE core."

Torres: [Nods] "Yes, Captain. The enhanced computer core processor is more than capable of handling the R&D required to design a functional ZPE core. Based on the new processing speed and fresh extrapolations, we’re looking at 5 days for AI Forge to run the tests, optimize the design, and ensure everything works before we fabricate anything."

Chakotay: "How powerful are we talking again?"

Torres: "This is going to be our biggest challenge yet. The ZPE core should have a potential to generate 50-60 times more power than our current Warp core at peak efficiency, but as I said before, it will only feed the conduits the amount of power they can handle, so the computer has to run extensive simulations to make sure it’s safe and stable.”

Kim: "The database contains everything we need from quantum torpedoes and previous Federation research on zero-point energy, right?"

Torres: "It does. And even if there are some lingering gaps, the AI Forge will use all available data and run billions of scenarios per second and use breakthroughs that were discovered during its R&D phase. The computer core can pretty much test every possible configuration in just a few days instead of nearly a month it would have taken before."

Janeway: "Updated assessment on risks and the ability of our power grid to handle the core?”

Torres: "The core needs to be extremely precise. If there’s even a minor miscalculation, it could overload our systems or even destabilize the ship. But with the new processor, we can simulate practically every scenario in a controlled virtual environment and the power output can be dynamically controlled to suit our power conduits. In fact, the speed of the new processor makes it eminently more practical as it can stay ahead of any potential issues by running tests in the backgrounds and adjusting power on the fly.”

Janeway: [Nods thoughtfully]
"I’ve reviewed your assessments B’Elanna, and it’s clear engineering is the most sensible location for the ZPE core. Proximity to the primary power grid and existing safety protocols already in place make it the safest and most efficient choice. Proceed with the work, but keep me informed of any developments."

Torres:
"Yes, Captain."


Day 11

The enhanced computer core processor is running simulations to design the ZPE core. Torres and Kim are monitoring the progress from Engineering.

Kim: "The processor has already gone through 600 trillion simulations, testing different ways to harness zero-point energy only with the materials we can replicate.”

Torres: "Even I’m impressed at how fast this is going. The AI Forge is refining the design in real-time. We should have a final blueprint ready in the next four days."

Kim: "Do you think it will really be able to generate that much power?"

Torres: "If my estimates are correct, yes. But as I mentioned before, we will still be limited to Voyager’s current power conduit and EPS grid limits. At least until we manage to upgrade them.”

Kim: "Let’s hope the computer gets it right. The ship can’t handle any more major system failures."

Torres: "It won’t. I’ve built in fail-safes for every stage of this process. We’ll know exactly what we’re working with before we even start fabrication."


Captain’s ready room – Progress Update
Day 15

After 4 and a half days of the advanced computer core conducting R&D on a ZPE core design, the tension level on the ship rose significantly.

Janeway is in her ready room, reviewing progress reports when Torres and Kim enter.

Torres: "Captain, the computer is nearing the final stages of R&D for the ZPE core. We’re about 9 hours away from having a complete design."

Janeway: "Good. Once it’s ready, I want us all to review the final specs it in the briefing room for final inspection before we move on to fabrication and integration."

Torres: "Of course, Captain. I’ve started flagging the key parameters to ensure the core’s integration with Voyager will be seamless."

Kim: "We’re also monitoring the power grid. Once the ZPE core is online, we’ll slowly cap the power from the warp core and fusion generators until we cut the power from those fully and test the conduits with ZPE core only. "

Janeway: “Good work. We’ll reconvene in 9 hours. I suggest everyone gets some sleep in the meantime.”


Briefing Room – Final Review of the ZPE Core Design
Day 16 – 11:00 hrs

The following morning, senior staff has gathered in the briefing room, with Torres presenting the finalized design of the ZPE core. Everyone is reviewing the schematics on the display as they discuss the next steps.

Janeway: “Good morning, everyone. Since the computer has finalized the ZPE core design, Ms. Torres will now walk us through the key parameters.”

Torres taps a few keys on the main console, and the ZPE core rendition appears on the wall monitor.

Torres: “As you can see, this ZPE core design contains no exotic materials, and it will be capable of generating 50 times more energy than our existing warp core at peak efficiency. The output will be dynamically controlled to match what our power conduits can currently handle. We’ll phase it in gradually, with the fusion generators and warp core capped off but on standby, ready to take over if needed. My teams have streamlined the process so we can switch between power systems quickly.”

Janeway: “What about the energy required for the jump-start?”

Torres: “For the initial phase, we’ll need 200 terawatts to kickstart the core. To stabilize it, we’ll need to sustain around 5 petawatts for one minute. The warp core can handle this.”

Chakotay: [leaning forward] “It’s impressive—and a bit unnerving—how quickly we’ve progressed. Fifteen days ago, this was all theoretical. Now, we’re on the verge of limitless energy.”

Paris: [grinning] “I don’t know about you, but I’m ready for a bit of limitless energy. Beats rationing.”

Torres: [smiling] “It’s understandable to be nervous, Chakotay, but we’ve covered all the bases. The computer core ran 3 quintillion scenarios, testing every viable configuration after strict ethical, verification, and validation checkpoints.”

Tuvok: “Impressive work, Lieutenant. I must admit, I was initially sceptical, but you managed to exceed expectations.”

Torres looks slightly taken aback by Tuvok’s compliment but nods in gratitude.

Chakotay: [shaking his head] “Quintillions of scenarios. Still hard to fathom. And yet I have to ask—are we sure it’s safe?”

Torres: “The AI Forge integrated every precaution it could simulate for this design. There’s always a chance of the unexpected, but that’s why we’ll phase it in and adjust as needed to match what Voyager can handle. And I have layers of safeguards in place to ensure things don’t go south.”

Tuvok: “Ensign Kim, what about external factors? Specifically, the subspace tear. Could it interfere once the ZPE core is online?”

Kim: “That’s something I’ve considered. The tear has remained stable, but we’re dealing with new science. I’d recommend we fabricate the parts here, then move to a safe distance while assembling and testing en route. Full impulse would put us 30 AU out in just under six hours, where we’d be clear of the tear’s influence.”

Janeway: “Solid plan, Ensign. Lt. Torres, ensure we have enough recycled energy for the ZPE core and some extra for future needs. Lt. Paris, coordinate with Torres to execute the flight plan. Once we’re at a safe distance and assuming it passes all offline testing, we’ll activate the core for powered tests.”

Chakotay: “I’d love to study that tear further since its such an unknown, but I don’t think its worth the risk given what we’re doing.”

Torres: “Agreed. Once the core is online, we’ll continue diagnostics and closely monitor the transition. I’ve also prepared a contingency to eject the core in the event of an extreme malfunction, but our systems have performed as expected so far..”

Janeway: “Indeed. You’ve done an exceptional job, Lieutenant, and we’re as prepared as we can be. If all goes well, we’ll have our new power source up by later this afternoon, and you’ll have earned your place in the history books.”

Paris: [smirking] “Later afternoon, huh? I’ll have to find something new to worry about.”

Janeway: [smiling] “Don’t worry, Mr. Paris. In the Delta Quadrant, there’s always something.”


Day 16 – 11:45 hrs

As each section of the ZPE core completes replication, Torres initiates separate testing protocols on every major component. Tricorder scans are taken for precision measurements, ensuring each part meets the exact specifications outlined by the computer’s R&D. Diagnostic checks confirm the durability and stability of critical elements, and energy field stability tests are run on each sub-component to confirm compatibility.

One by one, each part passes the final assessments before being cleared for assembly.

Torres: “We’ve got the extra matter for future needs stocked, and the replicators are functioning at peak efficiency. ZPE core is being replicated in sections, and each component has been independently verified. Once we’re en route, we’ll begin final assembly.”

Kim: [Monitoring the systems] "Everything’s within parameters so far. We’re on track to complete fabrication in the next few minutes.”

Janeway: [Over comms] "Good work, B’Elanna. We’ll proceed at your pace and I’ll expect an update once the core is ready for assembly."

Torres: "Understood, Captain."


Day 16 – 17:35 hrs

Voyager has left the inner system almost 6 hours ago and is moving toward a safer region of space, past outer most planet’s orbit. Paris is at the helm, guiding the ship at full impulse while the engineering team has been tirelessly assembling the ZPE core’s parts in adjacent section of engineering that was cleared next to the Warp core.

Paris: "Captain, We’ve just passed 29 AU. We’re approaching the coordinates where we can jump to Warp."

Janeway: "Good. Let’s maintain this heading until we’re clear of any potential gravitational influences."

Kim: [From his station] "Subspace tear readings remain stable, Captain. We’ve had no fluctuations so far, but I’ll continue scanning."

Engineering – ZPE Core Activation
Day 16 – 17:50 hrs

With the ZPE core fully assembled, the crew has been performing final adjustments and test as the ship cleared the inner solar system. Torres is preparing to activate it for the first time.

Torres: "Captain, the ZPE core has been assembled, I asked the computer to double and triple check our assembly and it confirmed we’ve done it correctly. Secondary tricorder scans from the whole engineering department on duty also confirm we have correctly assembled everything. All systems are ready, and diagnostics are green across the board. We are ready to fire up the ZPE core. Are we at the target coordinates?”

Janeway: [over comms] "Yes Liutenant. Well done and proceed at your discretion."

Torres: [Steadying herself] "Diverting 200 terawatts from the Warp core to the ZPE core for the initial activation… now."

The ZPE core begins to hum, with energy readings spiking as the activation process starts. The lights in the room subtly flicker as the power transfer begins.

Kim: "Initial power flow is steady. The ZPE core is responding as expected. Vacuum energy extraction is beginning, but still at minimal output."

Torres: "Gradually increasing the power from the Warp core to 5 petawatts. Stand by…"

The hum intensifies as the ZPE core starts to absorb the additional power.

Torres: [Checking readings] "We’re almost there. Final power input from the Warp core... 5 petawatts engaged."

Kim: "ZPE core is stabilizing. Power output has reached 90 petawatts—minimum operational capacity. Vacuum energy extraction is starting."

Janeway: "Good work. How are the systems handling the transition?"

Kim: "Everything’s within expected parameters.”

Paris: [Grinning] "Well, so far, so good. No explosions yet."

Chakotay: [Cautiously] "We’re not out of the woods yet."

Torres: "Bridge. The ZPE core is now self-sustaining. Shutting down power transfer from the Warp core. We’re ready to slowly begin increasing the ZPE core output to Exawatt range and cycle down the Warp core and fusion generator energy from the conduits.”


Day 16 – 17:55 hrs

Janeway: "Proceed with caution Lieutenant."

Torres: [Steadying herself] "Increasing ZPE core output to 500 petawatts… now."

The hum of the core intensifies slightly as power readings begin spiking across the ship, but everything remains stable.

Kim: [Checking his console] "Power levels are holding steady. No unexpected fluctuations. Core output is at 500 petawatts, and all systems are functioning normally."

Torres: "Good. Increasing output to 1 exawatt… now."

As the ZPE core's energy rises, the crew can feel the subtle changes in the ship’s systems, though everything seems well within operational parameters.

Paris: [Glancing at his console, grinning] "Still no explosions. Always a good sign."

Torres: [Watching her console] "We’re stable at 1 exawatt. No issues so far."

Kim: "Captain, AI Forge estimates that we can safely push the ZPE core up to 6 exawatts, which would bring us to just over 50% of the Warp core's maximum output."

Janeway: "Proceed.”

Torres increases the ZPE core’s output further, but as soon as it reached 5.5 exawatts, alarms begin to sound on Kim’s console.

Kim: "Captain, I’m detecting a fluctuation in the subspace tear. It’s… growing in intensity."

Janeway: [Turning quickly] "What? Explain."

Kim: "The tear’s subspace field is destabilizing, and it’s expanding. It’s reacting to the vacuum energy extraction from the ZPE core. We’re seeing significant disturbances now that we’re nearing 60% output."

Tuvok: "It appears the core’s interaction with the surrounding subspace is exacerbating the tear’s instability."

Chakotay: “At this distance? How is that possible?”

Torres: [Looking concerned] "Captain, the ZPE core might be amplifying the subspace distortions. If we continue drawing energy, we could be in real trouble."

Janeway: "Red alert. Shields up. Options?"

Kim: "We could try reducing the power draw, but I’m not sure it would reverse the damage already done. The tear’s expansion could continue even with reduced output."

Torres: "If that tear keeps expanding, it will destabilize our systems even at this distance. We may have to consider dumping the Warp core and trigger its self-destruct for the antimatter blast to seal it.”

Subspace shockwaves start impacting Voyager and cause it to shake at increasing intensity.

Janeway: [Decisive] "B’Elanna, try reducing the ZPE core output gradually, see if that stabilizes the tear.”

Torres: "Reducing output to 4 exawatts… 2 exawatts… “

Another shockwave rocks the ship. This time with slightly higher intensity.

Kim: No change, Captain. The tear’s expansion is still accelerating. Gravitational forces are still increasing exponentially.”

The ship starts lurching harder than before.

Janeway: "Mr. Paris, can you get us out of here using warp?"

Paris: [Tapping his console] "Already ahead of you Captain.”

Paris engages the warp drive, but the ship lurches violently as the engines fail. The hum of the warp drive dies down with a faint whine of power failure.

Paris: "No go, Captain. The warp drive’s being disrupted by the gravitational subspace forces from the tear. We’re stuck here unless we find another way to escape."

Chakotay: "That tear’s gravitational field is stronger than we expected. We’re not going to be able to flee the region using conventional means unless we neutralize it."

Janeway: "We’ll have to go with Torres’ plan. If we can’t use the warp drive, we need to seal the tear. I’m not dumping the ZPE core because it seemingly caused the problem and could make things worse, but we’re 30 Astronomical Units out. The antimatter explosion will never reach it at this range."

Kim: "Captain, the warp core’s antimatter explosion at the right frequency could still cause a subspace reaction. By synchronizing the explosion with the tear's own subspace fluctuations, we can amplify the reaction across subspace to reach it."

Another shockwave lurches the ship.

Torres: "Yes. The shockwave from the warp core detonation wouldn’t be limited to normal space. Given the tear’s subspace nature, the explosion will tunnel through subspace itself. If we align it correctly, the reaction could collapse the tear. It would be like hitting the tear’s resonant frequency, causing it to seal up."

Janeway: [Nods thoughtfully] "Then we’ll need to maximize the effect. How can we ensure the energy reaches deep and far enough to fully collapse it?"

Torres: "We’ll need to focus most of the antimatter explosion directly toward the rift to have the desired effect."

Tuvok: [Interjecting] "Captain, if we combine the warp core detonation with up to 20 photon torpedoes, we could direct the energy more precisely. Shaping their explosions would ensure the shockwave is guided into the rift via subspace, amplifying the antimatter's impact."

Janeway: [Serious] "That would deplete our torpedo supply significantly.”

Chakotay: [Nods] "It’s a steep cost, but we can’t let this tear continue to grow and endanger others.”

Janeway: [Resolute] "Agreed. Prepare the warp core for ejection and configure the antimatter explosion. Coordinate the photon torpedo detonation to trigger alongside it. I want that tear sealed."

Torres: "Understood, Captain. Preparing the Warp core.”

Tuvok: “I am modifying the torpedoes now to produce the desired effect.”

With the tear continuing to expand, the crew begins emergency procedures for the warp core ejection and prepares the synchronized detonation of photon torpedoes in record time.

Kim: "Photon torpedoes and Warp core are configured, Captain. We’re ready.”

Janeway: "This is it. Torres, Switch the ship’s power fully to ZPE at 6 Exawatts and reinforce our shields. Eject the warp core and fire photon torpedoes.”

Torres: “Ship power systems switched to ZPE core. Ejecting the Warp core, and firing Tractor beam to accelerate it to 75% impulse speed.”

Tuvok: “Firing photon torpedoes.”

As the ship’s torpedoes and Warp core speed through space away from Voyager, at a distance of 13 million km away and 28.91 seconds later, a brilliant antimatter explosion erupts as torpedoes detonate in a coordinated blast with the Warp core. The combined shockwave reverberates through subspace at FTL velocities equalling Warp 8.64, colliding with the tear exactly 5 seconds later.

The ship lurches harder than before, but then…

Kim: "The tear is reacting to the explosion… It’s slowing down! The expansion has stopped."

Torres: "We’re seeing subspace stabilizing. The warp core and torpedo detonations worked. The tear is collapsing."

As the tear shrinks and the gravitational forces dissipate, Voyager stabilizes.

Kim: "The tear is sealed, Captain. Sensor readings are also clearing up.”

Janeway: [Relieved] "Excellent work, everyone. Torres, bring the ZPE core to maximum Warp core power levels and check for anomalies.”

Torres: "ZPE core’s output is now stable and operating at maximum Warp core levels. Detecting no distortions or anomalies. If you don’t mind Captain, I’d like to monitor the core’s behaviour for the next few hours before we decide doing anything else.”

Janeway: “I’ll defer to your expertise in this matter B’Elanna.”

Torres: “Thank you Captain.”

Paris: [Grinning] "You know, jettisoning the warp core and using it to seal a subspace tear... not something they teach you at the Academy."

 

[Deks]

Day 17 – 08:40 am - Aftermath of the Subspace Tear

14 hours have passed since the crew sealed the subspace tear. Torres is in Engineering, keeping an eye on the ZPE core after final checks when Kim, Janeway and Paris walk in.

Torres: [looking up] "The ZPE core is running efficiently, Captain. Power output is steady, and we’ve brought all systems back online. Energy levels remain constant.”

Janeway: “Good work. I was wondering. Are we in a position to replace the Warp core?”

Torres: [checking her calculations] “Yes ma’am. We could have it replicated very quickly, but once we've done that I’ll have it tested before integration and reinjecting the antimatter. It should be fully online in about 48 hours.”

Janeway: “Then do so.”

Torres nods as she flags Warp core shell and infrastructure parts next on the replication list.

Paris: “I was wondering, with the ZPE core up and running, do we really need the Warp core with very low antimatter reserves?”

Torres: “Its a sensible backup option, and besides, if we need to switch off the ZPE core at some point or it goes offline, we will need the means to power it up again. Only the Warp core can provide the needed power levels to do that. We can keep it running in lowest possible mode to preserve the antimatter we have left.”

Paris: [genuinely curious] “There’s no way to power it alternatively? Not even if you task the AI Forge to do it?”

Torres: [pausing in thought before answering] “Tom, while I have no doubt the Forge could do that, I think for now it would be prudent to fully familiarize ourselves with the inner workings of this one and the underlying science before we try making something a lot more advanced. There is such a thing as allowing technology to runaway from you, and that’s one scenario I’d like to avoid.”

Torres knew that AI Forge would open up options for invention well beyond what was possible before, but she also knew the necessity of understanding how things work and adjusting to them before going ahead even further.

“Necessity shouldn’t be the mother of invention,” she thought, her mind drifting momentarily to Starfleet’s reliance on M/AM technology for over two centuries. For a society built on science and exploration, that reliance seemed out of place. Tools like the AI Forge and the ZPE core could challenge those conventions, nudging Starfleet to rethink its protocols and embrace more proactive innovation.

Janeway noticed B’Elanna’s introspective expression and decided to bring her back to the moment. She resolved to revisit this topic with her engineer later, sensing there was more on her mind than she was letting on.

Janeway: [with a slight smile] “B’Elanna, focus on one leap forward at a time. I think we’re already navigating enough new territory for now.”

Kim: "I’ve been studying the data from the ZPE core’s integration with Voyager’s systems. We’re seeing improvements across the board. It’s almost too good to be true."

Torres: [Nods] "The core’s dynamic modulation is adjusting to our power grid dare I say it perfectly.”

Paris: [Grinning, looking around Engineering] "And here I thought I’d have to worry about power rationing again. You’re spoiling us here B’Elanna."

Torres: [Grinning] "Just doing my part Paris."

Janeway: “Mr. Kim, I want you to review why the ZPE core’s increased output caused the subspace tear to destabilize. We need to implement safety protocols to prevent something like this from happening again, especially near subspace anomalies."

Kim: [somberly] “Captain, I can try, but I must point out that there was no way for me to fully predict extraction of vacuum energy would cause the subspace tear to react they way it did. That was the reason I suggested we move away from it before we brought the ZPE core online.”

Torres: [a bit defensively] “It’s worth noting that the new computer core and modifications to the fusion generators, which were also developed by AI Forge, came out flawlessly Captain. There’s every reason to think anything else the Forge designed would too.”

Janeway: “I realize that B’Elanna, but the ZPE core caused that tear to react. And part of me can’t help but think more extensive testing might have prevented it.”

Kim: “Captain. I would like to point out that I agree with B’Elanna. Even if we did this using standard methods, which not only would have taken much longer, there is a good chance that we would have gotten more things wrong than right with our previous level of understanding.”

Torres: “Exactly. The results we’re seeing go far beyond conventional means. Without AI Forge, we wouldn’t just be months behind—we might never have achieved this level of reliability and safety in a single lifetime, if not several, at least not with the level of knowledge we had before the Forge.”

Janeway: [sighing in resignation]
“Alright, you’ve made your points, and I appreciate the ingenuity that brought us this far, I really do. But what’s important now is that we use this experience to adapt and refine—both the technology and how we approach future challenges.”

That made both Kim and Torres to visibly relax a little more.

Torres:
“I’ll work with Harry to input our new data on the tear we acquired during its instability into the Forge and run separate tests to understand any factors we may have missed. We should have better answers for the next staff meeting.”

Janeway:
[With a faint smile] "That’s all I’m asking, Lieutenant. And despite the obvious… shall we say, ‘hiccup,’ you’ve both done excellent work. Keep at it."

As Janeway leaves Engineering, Paris leans casually against a console, unable to resist making a joke.

Paris:
[Grinning] "If a ‘hiccup’ means destabilizing a stable subspace tear, I can’t wait to see what you guys dream up next. Maybe a rogue wormhole for dessert?"

Kim:
[Shaking his head, sighing] "Don’t look at me. The Forge was B’Elanna’s idea."

Torres:
[Crossing her arms, giving Kim a pointed look] "Hey! It may have been my idea, but it also gave us spectacular results. What wasn’t my idea was moving Voyager closer to a subspace tear."

Paris pauses mid-laugh, his grin faltering as he seems to recall something. Kim catches on, looking at Torres, who narrows her eyes as the realization dawns on all of them at once.

Paris, Kim, Torres:
[In unison, exasperated] "Chakotay!"

The trio exchanges a knowing look, shaking their heads, before bursting into laughter. Vorik, passing by, raises an eyebrow but says nothing as he continues on his way, leaving the engineers to their shared moment of levity.


Mess Hall – Later that Day

Torres is seated at a corner table, staring at her coffee cup, visibly lost in thought. The faint hum of the replicators fills the background as Janeway enters, scanning the room. Noticing Torres, Janeway grabs a fresh pot of coffee from the replicator and approaches.

Janeway: [grinning] "Mind if I join you, Lieutenant? I brought reinforcements." [She lifts the coffee pot as she sits.]

Torres: [snapping out of her thoughts, smirking] "Captain, if that's the replicator's latest blend, I'll take a refill. Thanks.”

Janeway: [pouring Torres a fresh cup] "It is. With the ZPE core online, I may have put in a request to replicate a few hundred kilos of coffee beans for storage. Just in case we run into another supply shortage."

Torres: [laughs] "That sounds... very on-brand for you, Captain.”

Janeway: [smirking] "You know me too well, B’Elanna.”

Torres: [slightly uncomfortable] “Uhm… Harry and I are still analysing the data on the subspace tear. We’re getting close, but...”

Janeway: [waving her hand, smiling] “That’s quite alright B’Elanna, I don’t expect you to keep working around the clock, and that’s not why I joined you.”

Torres relaxed and was intrigued. It wasn’t often that the Captain just wanted to talk after all.

Janeway: “I couldn’t help noticing earlier—you seemed a bit lost in thought during our discussion about the ZPE core after Tom asked you about using AI Forge in creating a new one. Something on your mind?"

Torres: [pauses, choosing her words carefully] "A little. I’ve been thinking about how Starfleet—how we—approach technology. The ZPE core is groundbreaking, but it’s not just about the tech itself. It’s about what it represents."

Janeway: [sipping her coffee, intrigued] "Go on."

Torres: "For over two centuries, Starfleet’s relied on M/AM technology. Sure, it’s reliable, but it feels... stagnant. I get it—if something works, why fix it? But the Federation is built on science and exploration. They’re supposed to push boundaries, not settle for 'good enough.' Necessity shouldn’t be the mother of invention—not for us, not for Starfleet."

Janeway: [thoughtfully] "You’re saying Starfleet has been reactive rather than proactive."

Torres: "Exactly. We wait for necessity to drive innovation instead of pushing the envelope because we can. If it weren’t for Voyager’s unique situation, I doubt a ZPE core would’ve been on anyone’s radar for decades, maybe centuries. It just seems... off for a society like that."

Janeway: [nodding slowly] "You’re right. For all our advancements, we’ve leaned heavily on what’s safe and familiar. But Starfleet is also about balance—exploring the unknown while keeping our values intact. Maybe the challenge is finding the right moment to leap forward without losing sight of where we came from."

Torres: "The AI Forge helps, no doubt. It can propose leaps forward we’d never dream of. But even with that, there’s a danger of letting technology run ahead of us—of creating something we don’t fully understand and can’t control. That’s why I insisted we take our time with the ZPE core. I think we need to catch up to it before letting it push us further."

Janeway: [smiling warmly] "That’s a very Starfleet way of thinking. Progress with caution, understanding before action. But B’Elanna, don’t sell yourself short. This core, this leap, is happening because of you. You’re not just keeping up—you’re leading the charge."

Torres: [smiling faintly] "Thanks, Captain. I guess I just want to make sure we do it right. Voyager’s situation might have forced our hand, but I hope this technology—and what we learn from it—helps Starfleet rethink how we innovate."

Torres: [pausing, then looking at Janeway thoughtfully] "Do you think that if—or when—we get back, Starfleet might consider pushing those boundaries further? Even if it means using something like the AI Forge to periodically leap forward when they feel stuck? I mean, adapting to new technology takes time, but it wouldn’t take decades if they managed it right."

Janeway: [leaning back, thoughtful] "I think it’s possible, B’Elanna. Starfleet has always been willing to adapt when the time is right. If Voyager proves anything, it’s that necessity might drive invention, but foresight and preparation are just as critical. The Forge could be that preparation—if we show it can be used responsibly."

Torres: [nodding, her voice thoughtful] "That’s the hope, isn’t it? Learning from this, so we don’t have to wait for the next crisis to make real progress. I just hope Starfleet can embrace that kind of thinking—progress for its own sake, not just as a reaction."

Janeway: [raising her coffee cup in a mock toast] "To rethinking, pushing boundaries, and—most importantly—not running out of coffee beans."

Torres: [laughing] "I’ll drink to that."

They clink their cups lightly and sit in companionable silence for a moment, the quiet hum of Voyager’s systems a reminder of the progress they’ve made and the challenges still ahead.


Briefing Room – Senior Staff Meeting on ZPE Core Findings
Day 17 – 12:00

The senior staff is gathered in the briefing room. Torres and Kim have been analysing the subspace tear data and the unexpected interaction with the ZPE core, and they’re now ready to present their findings.

Torres: "We’ve run the subspace tear data through the AI Forge and ran separate tests. We think we’ve found a few insights as to why the tear reacted the way it did. Harry, you want to take it from here?"

Kim: "Sure. When we brought the ZPE core to 44% Warp core output, the subspace tear began to expand. Based on our findings, we think vacuum energy extraction can generate what are essentially subspace ripples that interact with certain types of anomalies."

Paris: "Subspace ripples? I thought subspace was stable unless something like a warp field disrupts it."

Kim: "Normally, it is. But it has different layers—each with unique properties. ZPE extraction taps into the lowest-energy state of these layers, generating ripples that wouldn’t typically disturb anything. However, weak points, like subspace tears or fractures, seem to amplify them."

Chakotay: "So, it’s like sending vibrations through a fragile object—it can handle some, but anything unstable can’t take the strain?"

Kim: [nodding] "And because a subspace tear is already a disruption, despite appearing ‘stable’, it amplified the effect."

Tuvok: "The logic of your reasoning is sound. However, Voyager’s warp core has also shown signs of unpredictability near other subspace anomalies. Is this ZPE-related effect significantly different?"

Torres: [Pausing, choosing her words carefully]
"Normally, subspace disruptions come from warp fields or similar artificial constructs. ZPE extraction, however, taps directly into vacuum energy, producing quantum-level ripples that interact differently with subspace layers. In most cases, they dissipate harmlessly—but in this tear, those ripples resonated with the pre-existing instability, amplifying the effect."

Chakotay: [Leaning forward, curious but concerned]
"But shouldn’t the AI Forge have caught that? It was designed to generate new science. Wouldn’t this kind of scenario fall under its purview?"

Torres: [Takes a deep breath, nodding thoughtfully]
"It did cover an incredible range of scenarios—over three quintillion if you recall, but here's the catch. The Forge was tasked with designing a ZPE core that worked with replicable materials, optimized for Voyager's current capabilities, and safe vacuum energy extraction under most conditions, even various anomalous ones. That’s a huge leap forward, but it did so in five days. With more time, it might have flagged interactions like this, but that’s the thing—this is still, technically, our first iteration of this power source."

Janeway: [Considering the explanation, her tone contemplative]
"So, this was a limitation of the time frame it worked with and the scope we gave it. It focused on creating a fully replicable and functional ZPE core, not on how it might interact with every possible anomaly in the Delta Quadrant."

Torres: [Nods, her confidence returning]
"Or the universe for that matter. The time frames to simulate something like that would be far greater, even with the advanced processor. It’s a valid approach for very long research phases that simulate the cosmos, but not too practical for power source creation under time constraints. If you add 99.99% viability to the mix, it increases the complexity of the simulations and time needed to make them.”

Kim: “It’s part of the learning curve. We’ve already started feeding the new data on the tear into the computer, and with that, we generated predictive models for subspace anomaly interactions. In this instance, we determined that our proximity at 30 AU wasn’t enough to mitigate the effect at about 44% Warp core output. If we activate the ZPE core at similar levels again near an anomaly, we’d need a distance of at least 40 AU to ensure no reaction."

Janeway: "As much as I appreciate a safe distance from dangerous subspace anomalies, 40 AU is quite the distance. Any way we can dampen these effects in case we end up near one in the future?"

Torres: "Yes. We recommend using a specialized ‘subspace dampening field’ around the ZPE core. It could prevent large amounts of subspace disturbances at higher outputs—essentially nullifying the ripple effect that propagated outward. With some tweaks, we might be able to push its effectiveness even further."

Tuvok: "Would this affect our warp capabilities or the effects of lowering the inertial mass around the ship under sublight or Warp travel?”

Kim: “No. The specialised subspace field is localized to reduce ZPE ripples themselves. It shouldn’t have any bearing on the subspace fields we normally generate around Voyager.”

Paris: And how close would that allow us to be near subspace anomalies?"

Kim: "With the dampening field, the threshold drops to about 10 AU for most anomalies. But given the unpredictability of subspace tears, we’d still want to keep at least 15 AU between us and any potentially unstable phenomenon."

Janeway: "That’s a big improvement. So, the dampening field contains the ripple effect—but at a cost, I presume?"

Torres: "The field would consume additional power, especially at high outputs. Fortunately, the ZPE core can easily handle this while maintaining optimal ship functions. In fact, we’d barely notice the difference."

Janeway: "Good. Mr. Kim, what about the overall impact on other Voyager’s systems? I assume the ZPE core may also affect our subspace signature?"

Kim: "It’s minor, but it could make us slightly more detectable to sensors attuned to quantum interactions—or to species more advanced than the ones we’ve encountered so far. We’ll need to monitor and potentially address this if it becomes a problem."

Chakotay:
[Leaning forward, his tone thoughtful but pragmatic]
"I’ve been thinking, even if dialling back power output didn’t stop the cascade the first time, reducing the ZPE core’s output pre-emptively might still be a good practice when we’re near unknown regions or anomalies. Combined with the subspace dampening field, it could give us a wider margin for safety before we hit any thresholds that cause trouble."

Torres:
[Pausing, considering]
"That... makes sense. Lowering the output would keep us from even approaching risky thresholds unless absolutely necessary. The dampening field would act as a second layer of protection, handling any ripple effects that might still propagate."

Janeway:
[Nods decisively]
"A good compromise. Let’s set a reduced output as our standard when navigating unstable regions and prioritize integrating the dampening field. B’Elanna, I want a report on how soon we can implement these adjustments. If there’s nothing else…?”

The crew exchanges nods, satisfied with the new precautions.

 

[Deks]

Day 17 – 13:00 - Preparing to Leave the System
Bridge
With the ZPE core fully functional and all systems stable, the crew prepares to leave the system and beginning preparations for warp core testing.

Kim: [From his station] "Captain, the gravitational distortions from the tear have dissipated. The real damage seems to be confined to the inner planets and asteroid belts. And, I’m picking up subspace distortions 6 light-years away— vessels at Warp heading here."

Janeway: [Focusing on the sensor data] "How soon until they reach these coordinates?"

Paris: "Their current speed is Warp 8. They should be here in under 48 hours, but I’d recommend we don’t stick around until then."

Chakotay: [Leaning in] "Readings indicate they are Vidiians. I suggest we mask our warp trail and leave before they arrive."

Janeway: "I hate to make it seem as if we just did a ‘hit and run’ operation, but I have to agree.”

Torres: [Over comms] "Torres to Bridge. Captain, we are nearly finished with the warp core replication. Assembly, testing and integration will take about a day and a half for the secondary teams, but we can do this while at Warp.”

Janeway: “That’s the kind of news I like to hear Liutenant. I’d like to test the engines under ZPE power with Warp 9. Can we do it safely while masking the Warp trail?”

Torres: “It shouldn’t be a problem, but I suggest you start at Warp 7 and increase in stages from there. Will give me a chance to monitor the engine’s behaviour as power flow and speed are increased.”

Janeway: “Understood. Mr.Paris, mask our Warp trail and resume our heading toward the Alpha Quadrant. Start at warp 7, then gradually increase to warp 9. Engage when ready.”

Paris: "Masking sequence activated. Course laid in, Captain. Engaging at Warp 7.”

Voyager smoothly accelerates to warp, leaving the system behind as the stars stretch out across the viewscreen.

Kim: [after a few minutes] "Captain, I am not detecting signs of pursuit from the approaching vessels, but I’ll keep monitoring."

Janeway: "Good. Keep me posted on any changes. Mr. Paris, take us to warp 8 as soon as you feel its appropriate."

Paris: [excitedly] “Cant’ wait to see how far we can push the ship with the ZPE core powering us.”

Janeway: “One step at a time Liutenant. We’ll get there.”

Chakotay: [Thoughtfully] "If the Vidiians do investigate the damage we left behind, they might figure out we were there. But at this distance, we should be able to avoid direct confrontation."

Tuvok: "Captain, I recommend caution from this point on. As of now, Voyager is in possession of highly advanced piece of technology, even more so compared to when we first arrived in this quadrant.”

Janeway: [concerned] “I’ve actually been considering that. Our ZPE core is unique. A virtually limitless source of energy and possibly one of the kind in the galaxy. Then there’s also the AI Forge and the advanced computer core we developed, and a host of other things we might end up creating down the line. The possibilities are… unnerving.”

Tuvok: “Precisely. I recommend we develop increased security measures and attempt to conceal some of the technologies we created as well as implement better defensive and offensive capabilities.”

Kim: “You mean, make ourselves appear less advanced than we actually are while simultaneously improving the ship?”

Tuvok: “An apt description Ensign. We could tactically benefit from making Voyager appear to outsiders in its baseline configuration.”

Janeway considered this as an option she would have to take under advisement sooner or later.
And after 10 more minutes:

Paris: “Paris to Torres. The engines are positively purring. I’d like to increase speed to Warp 8.”

Torres: [over comms] “Purring? I don’t… never-mind… proceed.” [after about 5 seconds, the hum of the engines changed somewhat, but were otherwise stable and Torres kept monitoring the sensor readings as they were coming in real time.]
“Engines are stable. Plasma flow is nominal. No fluctuations. You can go ahead and increase to Warp 9, but don’t increase past that point. At least for now.”

As Voyager increased its speed to Warp 9 and continued on its journey back to the Alpha Quadrant, the crew allowed themselves a moment of relief. The ship was running smoothly under ZPE power, and the danger seemed to be behind them—for now. But the implications of their new technology, and what might come next, remained just beneath the surface.

Day 18 – 17:20 - En Route at Warp
“Captains Log, supplemental.
After successfully testing the engines at Warp 9 under ZPE power, Lt. Torres warned me that the warp coils were still straining under increased speeds. It was determined that they can safely tolerate Warp 7 for prolonged periods but would eventually have to be refitted.
In the meantime, engineering teams are working on assembling the new warp core shell.”

Torres: [on the bridge] "Captain, we are performing tests on the Warp core now and should have it fully integrated tomorrow. The ZPE core continues to handle all our power needs without issue."

Janeway: “Excellent work. What can we do about the strain on the warp coils?”

Torres: [pausing before answering] "They are holding for now but they’ll need to be sealed fully with Polyferranide soon to prevent long-term stress under increased speeds.”

Paris: "And I’m guessing replicating enough of it isn’t exactly a quick fix?"

Torres: "With the ZPE core in operation, replicating it in needed amounts is not a problem, but each coil needs to be powered down and handled individually. Even with the transporter network, the process isn’t something we can rush.”

Paris: “Which means we’ll need to make another stop to put this plan into action.”

Janeway: “What about upgrading the power conduits so they can handle more power from the ZPE core?”

Torres: “Technically its possible, but it will take time to R&D the conduits with the new materials, and… we’ll also have to drop out of warp to implement those upgrades. Changing out conduits and reconfiguring core systems is best done in a controlled, stationary environment.”

Paris: "Not to mention we’ll have to replicate most of the stuff beforehand and change it manually with systems shut down.”

Torres: "[Thinking aloud and tapping the display] On the other hand, we might be able to upgrade some secondary systems section by section using our network while at warp. The process is relatively simple if we evacuate and shut down those sections before conducting upgrades. It’ll be time-consuming due to testing each section individually, but I estimate we can finish in about three days, assuming no complications..."

Her voice trailing off, thinking a bit further.

Janeway: "You sound like you have something else on your mind, Lieutenant. Care to share?"

Torres: "[After a moment’s thought] Well, with the ZPE core fully operational, I was considering replicating two more advanced computer core processors directly from energy.”

Kim: “Wouldn’t that require more power than what it took to make the first one?”

Torres: “Yes, only now we don’t have to worry about consuming our antimatter reserves for a high-energy process like this. We will have to drop out of warp to do it seeing how the power grid would be stretched to the limit otherwise. But, we’d be stationary for all of 30 minutes before we can re-engage the Warp drive."

Janeway: “I take it you want to use the extra processing power so it could be delegated to full R&D while the existing processor takes care of ship operations?

Torres: “Yes ma’am.”

Janeway: "I don’t see any objections in theory. But what about space and safety concerns? And where would you place the new processors?"

Torres: "Safety shouldn’t be a concern since they’ll be identical to the advanced processor we’re already using. I’d transfer operations fully to that one first, then disconnect the old processor in stages, and put it into storage. The two new processors could fit into the primary computer core room, positioned vertically in a modular arrangement to minimize any spatial or mechanical strain."

Janeway: “I’m not so sure that’s a good idea Liutenant. As you pointed out, we need to fully understand new technology before replacing critical systems. Using the advanced processor in the auxiliary core as an upgrade made sense, but a full replacement of the primary processor? I’m not comfortable with that just yet.”

Torres: "I uh… I’m sorry Captain, I didn’t mean to overstep.”

Janeway: “[Softening her tone] No need to apologize, Lieutenant. Your initiative is appreciated. We’ll revisit this idea when the time is right. For now we should focus on those secondary systems and plans on refitting the warp coils.”

Day 19
Bridge
With initial planning for secondary system upgrades underway, the crew is focusing on ensuring stability and refining Voyager’s critical systems to handle the increased output from the ZPE core. On the bridge, Janeway, Chakotay, and Kim are reviewing progress reports and R&D updates.

Kim:
"[From his station] Captain, the preliminary R&D for the secondary system upgrades is progressing steadily. In the meantime, we’re doing minor adjustments to the shuttlebay conduits and auxiliary power relays, which should give us some breathing room."

Janeway:
"[Reviewing her console] Good. Those smaller upgrades are vital for keeping things running smoothly. Lieutenant Torres mentioned we’d need to remain stationary for several days to upgrade the primary conduits. Have we made any progress on potential alternatives?"

Kim:
"[Glancing at his PADD] Retrofitting the EPS grid remains challenging. Its size and integration with critical systems mean we’d need Voyager to remain stationary for several days to make meaningful progress, but I’ve been looking into ways we might stagger the work to minimize disruption.”

Chakotay:
"[Crossing his arms, thoughtfully] Upgrading the EPS grid will undoubtedly improve power distribution, but I’m concerned about how the new configuration might strain the warp coils at higher speeds."

Janeway:
"[Slightly amused] B’Elanna noted the need for Polyferranide to protect the coils long-term, but I agree—we’ll need to be cautious about compounding issues. I’ve been thinking about our warp sustainability. If these upgrades are successful, we might also be able to extend Voyager’s durability at Warp 9.75 significantly. It’s ambitious, but with the ZPE core’s capabilities and AI Forge, it’s no longer out of reach."

Kim:
[Leaning forward slightly] “Sustaining those speeds would still push the coils to their limits eventually, even with refits. Recalibrating the field geometries or integrating structural reinforcements would be necessary."

Janeway:
"[Nods thoughtfully] Agreed. Let’s focus on simulations for now, but in parallel, we should explore ways to automate maintenance tasks—drones or enhanced diagnostics could reduce strain on the crew and improve efficiency during extended high-speed travel. Commander, see if you can identify systems that might give us an edge without compromising stability.”

Chakotay:
"[Nods while glancing at Janeway] A solid long-term investment. It could save us time and resources down the line."

Torres:
[Chimes in from Engineering] “Captain, while we’re talking about higher warp, we’ve been exploring plasma regulation improvements. The main stress on the coils and nacelles during high warp comes from inconsistent heat distribution and plasma density. We could implement real-time plasma flow adjustments to optimize energy transfer and reduce overheating risks."

Janeway:
"Dynamic plasma regulation? That does sound promising. Would this require changes to the conduits?"

Torres:
"[shaking her head] No, Captain. The adjustments would involve modifying control algorithms and leveraging the enhanced processing power we already have in the auxiliary computer core. We’d essentially fine-tune existing systems rather than overhaul them."

Kim:
"[Leaning forward slightly] That would certainly make it much easier to maintain higher Warp for extended stretches. Real-time plasma modulation could also reduce wear on the warp coils."

Janeway:
"[Nods] Torres, I would like you to integrate plasma regulation improvements alongside the ongoing diagnostics and simulations. If this works as planned, it could give us the extra resilience we need for extended high-speed travel."

Torres: “Aye Captain. Torres out.”

Chakotay:
"[Nods thoughtfully] Enhancing efficiency without requiring major upgrades now would keep us moving while we prepare for larger-scale changes later."

Tuvok:
"A logical conclusion. I also suggest enhancing our shields and phasers and exploring updates to our torpedo arsenal. With the ZPE core now operational, we should consider developing a version of Quantum Torpedoes powered solely by zero-point energy that can be replicated.”

Chakotay:
"Captain, during our encounter with the Dreadnought, I mentioned its Quantum Torpedoes could be modified to work with our launchers. I believe that, with some changes to the torpedo core’s structure, we could make it work, and we might even increase our supply beyond what Voyager launched with."

Janeway:
[Tapping her comm-badge] “Janeway to Torres."

Torres:
[Over comms, with faint sounds of tools in the background] “Torres here, Captain."

Janeway:
"B'Elanna, Tuvok proposed the idea of creating Quantum Torpedoes powered entirely by zero-point energy—no antimatter or non-replicable materials. I’d like your take on the feasibility of that."

Torres:
"[Pausing thoughtfully, running preliminary calculations] With 80% of our advanced computer core processor dedicated to R&D through AI Forge, and leveraging the knowledge it gained from researching the ZPE core, this would be entirely feasible. Removing the antimatter reaction assembly allows for a streamlined design with fully replicable components. The Forge can run simulations to verify the stability and safety protocols. We’d likely have specs for a prototype in about 2-3 days."

Nicoletti releases a small 'whoop' in the background over the comms upon seeing preliminary calculations on the projected yields.

Nicoletti: [faintly, directed at Torres]
"We need to double-check this."

Torres:
[In a hushed tone, responding to Nicoletti] “Yes, do it now."

Janeway:
[Bemused, addressing Torres] “Is everything alright, Lieutenant?"

Torres:
"Yes, Captain. We just needed to check something."

Janeway:
[Deciding to let it go for now] “Alright. I was going to say that Commander Chakotay mentioned torpedo storage capacity. Can we house more than the original load-out of photon torpedoes?"

Torres:
[Consulting her console] “Voyager’s bays originally carried 38 photon torpedoes because it launched for a short mission in the Badlands. We are currently down to 7. Based on the outline, they could actually store 100 torpedoes, and with modifications to storage racks and layout, we could probably fit more."

Janeway:
"93 ZPE-powered Quantum Torpedoes would give us a substantial tactical advantage."

Torres: [over comms]
"Absolutely. And thanks to the ZPE core, energy for replication isn’t a concern. The replicator/transporter network could even fabricate additional torpedoes mid-engagement if needed, provided the power supply isn’t disrupted. We could theoretically replicate and fire in rapid succession."

Kim:
"How will we ensure safe activation, though, without an antimatter reaction to trigger the explosion?"

Torres:
"A series of power cells would provide sufficient activation energy. Unlike the ZPE core, these warheads wouldn’t need to sustain high-output reactions—they just need a quick, localized release of zero-point energy. Modified compact power cells inside each torpedo could safely prime the reaction on activation."

Janeway:
"Will the operational workflow of ZPE torpedoes resemble that of standard photon or quantum torpedoes?"

Torres: [over comms]
"Very much so. By building on the existing safeties and launch protocols we already use in photon torpedoes, AI Forge can ensure that if any issues arise with arming or launching, the torpedo will automatically shut down the warhead to prevent accidents."

Janeway:
"B’Elanna, make this your priority. Task the advanced processors with developing ZPE Quantum Torpedoes. Work with Tuvok on safe launch protocols and integration with the tactical systems. We’ll need to conduct live tests once the prototypes are ready."

Torres: [over comms]
"Understood, Captain. I’ll start the process immediately and keep you updated as we make progress."

Tuvok:
"Lieutenant. Given the ZPE-powered design, what approximate yield can we expect from these torpedoes compared to our standard photon or quantum torpedoes?"

Torres:
"[Over comms] Preliminary calculations suggest a significant yield boost. With a ZPE warhead, we’re looking at an explosive output 5 to 10 times greater than standard quantum torpedoes. The approximation is based on the reaction volume we’d need to safely contain within each torpedo."

Chakotay:
"[Surprised and amazed] B’Elanna, did I just hear you correctly and you actually said they would be 5 to 10 times more powerful than standard quantum torpedoes?"

Torres: [over comms with confidence]
"Yes."

Janeway:
"Lieutenant, I’m sure you can understand our scepticism. We just want to make sure the AI Forge isn’t producing some errant results, or pulling our legs for that matter."

Torres:
"It wouldn’t and couldn’t do that, Captain. That said, I was initially as surprised as you were, but we’ve already double- and triple-checked the data, and it’s accurate."

Chakotay:
"Mind if I ask how that’s possible?"

Torres:
"[Over comms] I’ll show you." [Torres switches on a remote link from Engineering to the bridge main viewscreen, displaying schematics.] "As you can see, with standard Quantum Torpedoes, ZPE is used as a supplement to amplify the antimatter explosions, which have certain limits, resulting in roughly double the yield. In the case of our pure ZPE warheads, they would extract vacuum energy directly from the zero-point field, which has an energy density exponentially greater than antimatter reactions. Without containment restrictions, and with the ability to scale the energy extraction field, their yield is naturally much higher, regardless of their replicable nature."

Tuvok:
"[Studying the viewscreen] With that increase, our tactics may need adjustment to avoid collateral damage in close-quarters encounters. They could release even more potent energy than regular quantum torpedoes."

Torres:
"They most certainly would. But since photon torpedoes already have variable yields, and we want flexibility, our pure ZPE quantum torpedoes will too."

Janeway:
"I’m sure you’re getting tired of hearing this, but excellent work. Get started, Lieutenant."

Torres:
"[Smiling] Understood, Captain. I’ll modify the development parameters and coordinate with Tuvok to ensure safe protocols are in place for any adjustments."

Janeway:
"This is sounding more promising by the minute. However, before we consider these torpedoes as part of our regular arsenal, we’ll need to put the prototypes through practical testing. We can’t take chances with untested warheads, especially at these power levels."

Tuvok:
"Agreed, Captain. Field tests will confirm their reliability and yield modulation effectiveness under real conditions. A controlled test will also allow us to calibrate the safeties and ensure they respond properly to launch protocols."

Janeway:
"Mr. Kim, Lt. Paris, what’s our route looking like? We may need a detour to find a suitable location for weapons testing."

Kim:
"Captain, our current flight path takes us near a quiet region. Sensors show a system about 7.5 light-years off course that would be ideal for a controlled test."

Paris:
"I see it. We can reach it in just under three days at Warp 8, giving Torres’s AI Forge time to finish the R&D on the torpedoes. I figured the less time we are stationary, the better."

Janeway:
"B’Elanna, can we increase the speed to Warp 8 for the next three days safely?”

Torres:
"Yes ma’am. It will induce some strain, but nothing to the point where it would significantly degrade the coils.”

Janeway: Good. Adjust our course and speed, Mr. Paris."

Tuvok:
"Captain, I recommend conducting initial low-yield tests to establish stability and ensure compatibility with our launch systems and shield parameters."

Janeway:
"A sound precaution. Once we complete the tests, we’ll evaluate performance and finalize integration."

Paris:
"Course and speed set, Captain. We’re on our way."

 

[Deks]

Day 22 – Bridge

After nearly 3 days of steady travel at Warp 8, Voyager has arrived at an uninhabited system chosen specifically for weapons testing. Given their recent encounter with a subspace tear, the crew is more cautious than ever as they prepare to assess the power, range, and stability of the new ZPE-based Quantum Torpedoes. The bridge hums with anticipation, each officer ready to initiate a controlled trial, with extra focus on containment and safety.

Janeway and Chakotay exchange a look as they take in their surroundings.

Janeway: “Alright, let’s make this as thorough as possible. No one wants a repeat of the subspace tear incident. Mr. Kim, confirm we’re clear of any anomalies?”

Kim: [Scanning] “All readings are stable, Captain. No signs of subspace anomalies or gravitational disruptions in our immediate vicinity. We’re looking at optimal conditions for testing.”

Paris: [Adjusting the ship’s position] “We’re in a stable orbit, 6 AU out from the star. I’ll keep us well clear of anything that could interfere with the tests.”

Janeway: [Nods] “Good. Tuvok, is everything ready on your end?”

Tuvok: “Indeed, Captain. I have calibrated our launch protocols specifically for these torpedoes, incorporating the safeguards designed by Lieutenant Torres. We will start with a low-yield round to test basic functionality, containment, and yield modulation. The containment and guidance systems are online and ready.”

Torres: [Over the comms] “Bridge, Torres here. I’ve prepared 10 prototype torpedoes. All systems are set for their deployment. Each warhead has a fully-contained ZPE reaction chamber and automatic shut-off system is on standby if they fail to launch properly. I’ll also be monitoring energy dispersion from Engineering.”

Janeway: “Excellent work, Lieutenant. Let’s proceed with the first low-yield test. Tuvok, prepare for launch.”

Tuvok: [At Tactical] “Low-yield torpedo is ready, Captain. Target locked on an asteroid five hundred thousand kilometres out.”

Janeway: “Alright. Mr. Paris, hold us steady.”

Paris: [Grinning] “Wouldn’t dream of moving, Captain.”

Tuvok taps the console, initiating the launch sequence.

Tuvok: “Launching first prototype torpedo… now.”

A low hum echoes as the torpedo is released, gliding smoothly away from Voyager. The bridge crew watches in tense silence as the torpedo travels to its designated target in 6.6 seconds, then detonates in a controlled burst of energy.

Kim: [Monitoring readings] “Captain, the ZPE reaction was stable, and we’re seeing an energy output consistent with our projections. No disruptions to subspace detected.”

Janeway: [Exhales, pleased] “Good start. Let’s repeat with a mid-yield test, same precautions. Tuvok?”

Tuvok: “Mid-yield prototype prepared and ready. Recalibrating target coordinates… launching now.”

Another torpedo fires, this one more intense as it reaches its target and explodes with a powerful, controlled flash. The crew watches closely as the energy registers on their consoles.

Kim: “Torpedo yield is at 50% of maximum capacity. Subspace integrity remains intact—no anomalies detected.”

Torres: [Over the comms, monitoring from Engineering] “Power levels are optimal, and all containment fields are stable. Safeguards holding.”

Janeway: “Outstanding. One more test, Tuvok—let’s see if the full-yield prototype performs as designed. Everyone, keep an eye on the readings. And if there’s even a hint of instability, I want immediate shutdown.”

Tuvok: “Understood. Preparing final prototype for maximum yield.”

Tuvok initiates the launch. The bridge crew watches as the torpedo travels through space, reaching its target asteroid and detonating in a massive burst, the glow of the ZPE energy reflecting off the viewscreen.

Kim: [Double-checking] “Full-yield test completed. The ZPE reaction was almost perfectly contained. No interference with our systems or the surrounding space.”

Janeway: [Slightly worried] “Almost?”

Torres (Over Comms):
"Energy output was stable, but I’m seeing minor fluctuations in the containment field during the final milliseconds of detonation. Nothing critical, but it suggests the system might experience stress under sustained use at maximum yield."

Tuvok:
"Captain, the full-yield torpedo achieved 10 times the power of a standard quantum torpedo. Effective range is 17 million kilometers, and the blast radius exceeds 6,000 kilometers. However, Lieutenant Torres’s observation warrants consideration. Prolonged high-yield deployment could lead to containment stress or destabilization."

Janeway:
"[Nods] That’s a fair warning. While the performance is remarkable, I want protocols in place to limit full-yield usage to worst-case scenarios.“

Chakotay: “The only downside is that at relative velocities of 0.75c, it would take them about 76 seconds to traverse those distances.

Tuvok: “Nevertheless, Commander, the ability to engage at such distances ensures we can compensate for that delay with strategic positioning, minimizing Voyager’s exposure to counterattacks.”

Paris: [Amazed] “This puts Voyager’s tactical capabilities on a whole new level. It’s like having a battle cruiser’s firepower in a single shot.”

Tuvok: “Before Mr. Paris gets too excited, I recommend we confirm their reliability under various conditions. Adjusting the yield and calibrating the guidance will be crucial in live combat. We should initiate additional trials at different distances and on various target compositions to confirm stability.”

Janeway: “Good thinking. Mr. Kim, can you find a suitable test target?”

Kim: “Yes. Captain. A field of denser asteroids at a distance of 30 million kilometres from here. We could use it to test the torpedoes’ yield at longer ranges and see how they handle more substantial targets.”

Janeway: “Perfect. Set up the coordinates for another round of tests. Tuvok, coordinate with Torres to test varying yields on those targets. Let’s see just how versatile these new weapons are.”

Torres: [Over the comms] “We have 7 prototypes left with yield adjustments for these tests, Captain. And I’ll keep monitoring from Engineering.”

Janeway: “Let’s call this first test a success, but we won’t integrate them into tactical systems until we’re absolutely sure of their reliability. Once we have full confidence, we’ll proceed with the tactical integration. Mr. Paris, set a course for the asteroid field. Let’s make the most of this opportunity.”

Paris: “Course set, Captain. Moving to the next testing area.”

As Voyager heads toward the asteroid field, the crew feels a renewed sense of confidence.

Three minutes later, the ship reached a scattered expanse of dense, rocky bodies drifting in the cold depths of space. The bridge crew prepares for the next phase of the ZPE Quantum Torpedo tests, aiming to push the torpedoes to their limits against these robust targets.

Tom Paris is at his console maneuvering the ship, and doing it with a bit of disdain. Janeway is standing next to him, noticing his shift in behaviour but says nothing.

Paris: [ironically from his console] "It almost feels like we’ve been taken for fools.”

Janeway: “Liutenant?”



Paris: [turning to face Janeway] “Well what are the chances we find this system for weapons testing, but had to develop a ZPE core in one with a subspace tear?”

Chakotay: [chuckling] “Astronomical Paris, but its all part of space exploration.”

Paris: “If I remember correctly, you said no one in their right mind would set up camp in that system.”

Chakotay: [with a satisfied smirk] “And yet, you’re the one who flew us there."

Tuvok: “In Mr. Paris’ defence, he was technically ordered by the Captain to do so by your recommendation and my initial objections.”

Tom cast a shocked look to Tuvok for defending him while Janeway shot him a bewildered look for dragging her into it. Chakotay simply shrugged it off with a smirk.
Still, this little exchange amused Janeway, but even she admitted to herself that Tom had a point.

She takes her place in the command chair, glancing at the asteroid field on the viewscreen.

Janeway: “Alright, let’s see what these torpedoes can do against something more substantial. Mr. Kim, any nearby anomalies we should be concerned about?"

Kim: [Scanning] "No anomalies detected, Captain. The field is clear, with no gravitational or subspace instabilities."

Janeway: "Good. Tuvok, let’s begin with a high-yield test against one of the larger asteroids. Select a target around 2 million kilometers out and set the torpedo for maximum yield."

Tuvok: [Calculating coordinates] “Target locked on a 900-meter-wide asteroid. Preparing a full-yield torpedo.”

Paris: [Whistles] “That’s going to be quite the explosion. Holding position steady, Captain.”

Torres: [Over the comms] “Bridge, Torres here. I’ve loaded additional containment protocols in case of any unexpected fluctuations. Engineering is standing by to monitor the energy dispersion.”

Janeway: “Excellent, Lieutenant. Tuvok, fire when ready.”

Tuvok: “Firing full-yield ZPE Quantum Torpedo… now.”

Tuvok initiates the launch. The torpedo streaks through the darkness, covering the vast distance between Voyager and the asteroid in seconds. Upon impact, a massive burst of energy erupts, engulfing the asteroid in a blinding explosion that expands outward, illuminating the surrounding asteroids.

Kim: [Astonished] “Captain, the explosion’s radius is close to 3,000 kilometers, and energy output is 10 times that of a standard quantum torpedo. The asteroid was completely vaporized.”

Torres (Over the comms):
“Bridge, I’m seeing a slight delay in the energy dispersion after detonation. It looks like the reaction’s containment field expanded slightly beyond parameters—still within safe limits, but it could cause stress on the launch systems if fired in rapid succession.”

Tuvok:
“Additionally, Captain, sensors are registering minor subspace distortions extending beyond the immediate blast radius. These distortions are temporary but could interfere with local navigation or sensor systems.”

Janeway:
“Noted. That’s both a strength and a limitation. While the yield modulation gives us incredible flexibility, it’s clear that full-yield deployment requires careful planning. These distortions could pose risks in densely populated or tactically sensitive regions.”

Tuvok: “Based on these results, our ZPE Quantum Torpedoes can neutralize significantly larger targets than anticipated. This yield modulation allows us to control both the blast radius and intensity based on the tactical situation.”

Janeway: “Let’s try another test at lower yield. Tuvok, pick a target at double the distance, and set it to medium yield.”

Tuvok:
“Targeting a 600-meter asteroid 4 million kilometers out. Medium yield. Firing now.”

The torpedo launches, arcing toward the distant target. It detonates with a controlled explosion, reducing the asteroid to fragments and sending smaller rocks scattering.

Kim:
“Yield held steady, and guidance was precise. The blast radius was contained at approximately 1,500 kilometers—ideal for tactical strikes in controlled space.”

Paris:
“Still packs a punch. These torpedoes could give us a serious edge in tough encounters, especially when precision matters.”

Janeway:
“Agreed. Let’s proceed to the final test. Tuvok, calibrate a torpedo for low yield and target a smaller asteroid at 8 million kilometers. I want to confirm precision and containment at long range.”

Tuvok:
“Understood. Targeting a 300-meter asteroid 8 million kilometers away. Low yield… firing.”

The torpedo sails across the vast distance, detonating with precision as it hits the asteroid. The explosion is smaller but still forceful, breaking the target into fragments without excessive dispersion.

Kim:
“Captain, the guidance system performed flawlessly at maximum range. Containment was stable, and no distortions or fluctuations detected. It’s safe to say these torpedoes are reliable across most yield levels.”

Torres (Over comms):
“Engineering here. All energy readings are within operational limits. Containment is stable, and no stress on the launchers or power systems so far.”

Janeway:
“That’s what I wanted to hear. While the full-yield test showed some risks, these medium- and low-yield tests confirm we have a versatile and dependable weapon for most scenarios. Tuvok, start preparing a tactical integration plan to add these torpedoes to our primary arsenal. Torres, I’d like you to replicate 93 of these torpedoes—but keep monitoring containment safeguards as you go.”

Torres (Over comms):
“Yes ma’am. Initiating replication now.”

Janeway: “Given the distances we’re covering out here, it’s about time we had a real edge. Also, this system might be just what we need for our Warp coil refits. Mr. Paris, see if..”

Kim: [Frowning at his console] "Captain, I’m picking up something on sensors. A vessel has just entered the system—bearing 113 mark 22. They’re heading straight for us."

Janeway: [Alert, turning toward Kim] "Can you identify them?"

Kim: [Scanning] "It’s… a Kazon vessel, Captain. Predator-class, heavily armed.”

Chakotay: [Concerned] "A Kazon warship this far out? I thought we left the Kazon well behind us by now."

Tuvok: "It is possible they were lying in wait. If they were hiding near the outer system, they could have slipped in undetected by masking their warp and impulse signatures. The ZPE torpedo detonations may have alerted them to our presence."

Paris: "They’re closing in fast—looks like they’re at full impulse, Captain."

Janeway: [Calmly] "How long until they’re within effective range?"

Kim: "At their current speed, they’ll be within weapons range in a few minutes."

Janeway: "Alright, let’s not show all our cards. Mr. Paris, adjust our heading to keep them on sensors without allowing them to close the gap just yet."

Paris: "Adjusting course."

Torres: [Over the comms] "Captain, if we intend to fire, I recommend using a photon torpedo first. They’re less likely to suspect we’ve upgraded our arsenal if we start with standard weaponry."

Janeway: "Good thinking. Tuvok, let’s prepare a standard photon torpedo. We’ll see if that’s enough to deter them before escalating."

Tuvok: "Understood. Preparing a single photon torpedo. Targeting their forward shields."

Janeway: [Resolute] "Wait until they’re in range and fire."

As the Kazon ship moved into range, Tuvok initiates the launch sequence, and a single photon torpedo arcs out from Voyager, aimed at the Kazon ship’s forward section. It detonates with a flash, and the bridge crew watches closely as the Kazon vessel absorbs the blast.

Kim: [Monitoring] "Their forward shields took a hit, but they’re still coming toward us, Captain. It looks like they’re not deterred."

Paris: "Since they’re so persistent, maybe we should up the ante."

Chakotay: "Captain, if a single photon torpedo didn’t deter them, we might consider a spread of three. That would certainly get their attention.”

Janeway: [Thoughtful] "Agreed, but I’d prefer not to waste the remaining photons if possible. Tuvok, would it be possible to modify a ZPE torpedo to resemble a photon torpedo without revealing our advantage?"

Tuvok: [Considering] "In theory, yes, Captain. The ZPE torpedo would be calibrated to emit a slightly modified energy profile that should pass undetected as long as the Kazon sensors are not sophisticated enough to differentiate between photon and zero-point emissions."

Torres: [Chiming in over the comms] "I can reinforce that modulation, Captain, by temporarily dampening the torpedo’s ZPE containment field. It’ll mimic the energy surge pattern of a photon torpedo right up until detonation. Kazon technology shouldn’t be advanced enough to detect the difference.”

Janeway: "Good. The last thing we need is for news of advanced quantum torpedoes getting back to Seska. The Kazon knowing we’re equipped with anything beyond standard armaments would give them, and her, a dangerous advantage."

Tuvok: "ZPE torpedo is masked to resemble a photon yield. I will target their weapons array and adjust power to prevent full exposure of our capabilities."

Janeway: "Make sure the yield doesn’t exceed a photon torpedo for now. Lets test that quantum energy effectiveness. Once it's ready, target their weapons array and fire.“

Tuvok initiates the launch, and the masked ZPE torpedo streaks toward the Kazon ship. The detonation creates a powerful but controlled flash, mirroring a photon blast. The Kazon vessel staggers under the impact, its shields fluctuating and its forward weapons array taking significant damage.

Kim: [Reading the console] "Captain, the Kazon’s weapons array is destabilized, and their power output is fluctuating. They’re slowing down—seems they’re reconsidering."

Tuvok: “Sensor readings indicate that despite the ZPE torpedo being set to photon torpedo yield, it delivered more effective damage. It appears that pure quantum based energy produces better results than antimatter.”

Paris: [Smirking] "Looks like they got the message."

Chakotay: [Nods] "We should still be careful. If they’re thinking about calling for backup, we might see more of them soon."

Janeway: "Agreed. Mr. Kim, see if you can monitor their communications. I want to know immediately if they try signalling for help."

Kim: "Aye, Captain."

As Voyager holds its position, the Kazon ship begins to retreat, moving back toward the outer edge of the system.

Paris: "Captain, once we clear this asteroid field, I can plot a course at high warp out of the system. We could easily outdistance them if they try to re-engage."

Janeway: "Make it so, Mr. Paris. I don’t want any surprises trailing us. Once we’re in the clear, set course and engage at warp 8."


Kazon Predator-Class Warship – Aftermath of Voyager Encounter

The Kazon warship’s bridge is dimly lit, with the lingering effects of Voyager’s masked ZPE torpedo hit visible in the form of flickering consoles and damaged systems. Kazon officers tend to their stations, struggling to bring the ship back to full operational capacity. Teirna, one of Seska’s trusted aides, stands at the center, observing the damage reports with a scowl.

Kazon Officer: [Frustrated] "Weapons array is offline, and propulsion’s operating at reduced power."

Teirna: [Sharply] “I expected Voyager to put up a fight, but not to cripple us with two torpedoes."

Kazon Officer #2: [Hesitant] "The first torpedo hit our shields as expected, but the second… it didn’t feel the same. It’s as if it bypassed the shields entirely."

Kazon Officer: [Skeptical]
"Starfleet torpedoes have always been stronger and more precise than ours. Our shields were already weakened, that could explain it. You’re reading too much into this."

Teirna: [Frowning, considering]
"Perhaps, but the damage was greater than I anticipated. Voyager’s technology might not be as limited as we’ve assumed."

Kazon Officer #2: [Uneasy]
"But how could they improve out here? They’ve been isolated for months, with no allies or supply lines. Even Seska said they were running low on resources."

Teirna:
"Exactly. Something doesn’t add up. Seska will want to know about this—whether it’s a new weapon or simply Janeway being clever. Either way, it’s worth investigating."

Teirna turns away, an unsettling glint in his eyes as he considers the tactical advantage this information might provide to Seska. The Kazon officers exchange uneasy glances, uncertain about what they witnessed but aware of the implications. As the damaged warship limps away from the system, the seeds of suspicion and intrigue have been planted, fuelling a potential new pursuit of Voyager and their secrets.

 

[Deks]

With a slightly furrowed brow, Teirna steps aside to open a covert comms link using Obsidian order protocols. Seska appears on the screen, her expression one of irritation quickly replaced by intrigue as Tierna briefs her on his encounter with Voyager.

Seska: [Skeptical but intrigued] "Upgrades? "Voyager’s been scraping by with minimal resources since they were stranded here.”

Teirna:
"They fired two torpedoes. The first was a standard photon—nothing unusual. But the second… it hit harder than it should have. Our shields were weakened, but the damage seemed disproportionate."

Seska: [Pausing, calculating]
"Disproportionate? Voyager’s torpedoes are precise and powerful, much more so than anything we have. If they exploited a weakness, it’s hardly surprising. Still, you wouldn’t be calling me if you thought it was just luck. What else?"

Teirna:
"They’ve been moving unpredictably, and there’s the subspace disturbance from their last known location. If they’ve found something—or managed to modify their weapons—we need to know what’s changed."

Seska: [Eyes narrowing] "A subspace disturbance? Janeway wouldn’t be testing something powerful enough to destabilize subspace. It goes against her precious Starfleet rules. But if they are… we need to find out what it is, and perhaps use it against them."

Tierna: "Should we continue our surveillance?”

Seska: "Yes, keep a close watch, but don’t engage. Let Voyager think they’ve slipped past us. Don’t let them see you, and don’t engage unless you have no choice. I want to know exactly what they’re up to."

Teirna: "Understood. I’ll relay any new data immediately."

The comms link closes, and Teirna stares at the console for a moment, contemplating. Seska’s orders have raised the stakes, and he knows Voyager might be harbouring something of great value.


Voyager Bridge – Debriefing After Kazon Encounter

The Kazon ship has backed off, and Voyager is once again cruising at warp. The crew regroups to assess the torpedo test data and discuss the implications of their brief skirmish.

Janeway: [Turning to the bridge crew] "It seems our new torpedoes performed exactly as designed—possibly better. But we shouldn’t get complacent.”

Tuvok: "Agreed, Captain. However, using this weaponry regularly may draw increased scrutiny from factions tracking our movements."

Chakotay: [Nods thoughtfully] "We can stick to our remaining photon torpedoes when possible and continue reducing and masking the ZPE torpedoes power to their level, but if the Kazon or others are already taking notice, it’s only a matter of time before someone more formidable comes looking."

Kim: [At his console] "Captain, I’ve reviewed the sensor logs. The Kazon ship was operating at full impulse, but their approach wasn’t direct. There’s a good chance they were shadowing us, possibly detecting residual signals from the subspace tear incident."

Paris: [Turning from the helm] "That might mean others are out here, monitoring us indirectly. With the ZPE core up and running, Voyager’s signal could stand out more than we realized."

Torres: "Captain, I’ve been monitoring the ZPE core’s containment fields after the test. They’re stable and I don’t think the Kazon or anyone else might see it as anything out of the ordinary, but I recommend extended diagnostics every time we fire more than one of these torpedoes in quick succession. It’s uncharted territory for us given these torpedoes aren’t even standard Quantum ones."

Janeway: "Agreed. Make those diagnostics a standing protocol. And task the advanced computer cores with ongoing simulations to evaluate potential adjustments to our weapon and energy signatures for future engagements."

Tuvok: "Captain, I also suggest integrating yield modulation into tactical training. For our next engagement, strategically deploying these torpedoes could help minimize our signal footprint."

Janeway:
"Agreed. Let’s regroup on upgrades. B’Elanna, where do we stand with our shield systems?"

Torres:
"I estimate we can push shield generator output by 60% with a modification to the emitters, which will max them out for now alongside 20% efficiency improvement. That’s the best we can do without a full upgrade, which would take both R&D time and stationary conditions to implement."

Chakotay:
"And the phasers?"

Torres:
"Right now, I can patch the system to let us channel 30% above the standard output, but it’s more of a quick fix and should be used sparingly. To make this a permanent baseline, I think I can integrate the dynamic plasma regulation system I mentioned for the warp engines. This should optimize energy flow and stabilize output at the higher yield. For sustained performance above that, the strips themselves will eventually need to be upgraded with better materials."

Janeway:
"Make it a priority to implement the modifications. We’ll take any advantage we can get.“

Chakotay: "That should give us a tactical edge in smaller engagements, but we’ll need to consider the option of finding a place where we can upgrade these systems in a more comprehensive manner and refit the warp coils."

Torres: "Refitting the warp coils is no small task but it should be on the priority list. The replicator/transporter network can apply the polyferranide directly as an external sealant, but the ship needs to be stationary for the duration. The coils would have to be powered down, and we’d need absolute stability throughout the process. Even a minor fluctuation could disrupt the application."

Tuvok: "Captain, given the Kazon’s demonstrated ability to shadow us, remaining stationary for extended periods will likely draw unwanted attention."

Janeway: [looking at Chakotay] "Agreed. That complicates our plans for upgrading these systems. B’Elanna, what alternatives do we have?"

Torres: "Not many, Captain. Secondary systems are easier to modify because we could isolate and power them down while at warp. For primary conduits or warp coil refits, though, it’s nearly impossible to manage in transit. We’d need to be stationary and free from external threats."

Kim: [At his console, hesitating] "Captain, I might have a partial solution. If we erect high-powered forcefields along the inner lining of the primary conduits, they could temporarily act as stopgaps, allowing us to disassemble and replace sections without shutting everything down."

Paris: [Turning to Kim, incredulous] "Harry, you’re suggesting we run live plasma through a forcefield while replacing the main power conduits? That’s insane. One hiccup, and we’d have a breach before you could say ‘plasma fire.’"

Kim: "But plasma breaches are stopped with forcefields all the time. It’s standard Starfleet protocol."

Torres: "[Jumping in, half-sceptical] Theoretically, he’s right. Forcefields can technically hold plasma, and we’d only need to do it for maybe one materialization cycle per section. But we’re talking about live plasma in primary conduits, and the stakes are much higher. One fluctuation in the field, the grid, or the transporter beam, and we could take out half the EPS grid. It’s a risk I wouldn’t take unless there was no other option, and that still leaves out the Warp coils."

Janeway: "[Firmly] Agreed. While it’s a creative option, the risks outweigh the benefits. For now, we’ll hold off on primary conduit upgrades and focus on refining the warp coil refit process. B’Elanna, work with Harry to ensure the replicator/transporter network is fully optimized. Chakotay, look for other systems that might serve as a safe harbour for these upgrades."

Torres: [nodding] "Understood, Captain. We’ll ensure the process is as efficient as possible so that when the opportunity arises, we’re ready to begin immediately."

Janeway: [to Paris, with a faint smile] "Liutenant, keep us away from anomalies—and any curious Kazon at least long enough for us to figure this out, hm?"

As the discussion ended, the crew went on with their respective duties, each mindful of Voyager’s precarious situation.

Though their ingenuity has kept them one step ahead, the threat of the Kazon remains a constant shadow. For Seska and Culluh, each skirmish with Voyager has become an opportunity to glean intelligence, fueling their ambitions. Now, their sights are set on a decisive strike—one that could cripple Voyager and turn its advanced technology into a weapon for Kazon dominance.

As stardate 50023.4 approaches, Voyager’s path is set to intersect once more with its most dangerous adversaries. The crew remains unaware that Seska’s plans are already in motion, even as their incremental upgrades prepare them for an unknown and dangerous future.

 

[Deks]

The following is an alteration of Basics in line with the upgrades the crew did in this AU, but also an attempt to eliminate some of the inconsistencies that happened in the episode (aka, both the Kazon and VOY crew are hopefully portrayed as more... capable, raising the overall stakes).

Kazon Meeting – Persuading the Sects

The chamber is filled with Kazon leaders, each representing a different sect. Culluh stands at the center, commanding attention, while Seska remains slightly behind him, letting Culluh take the lead due to the Kazon’s cultural disdain for strong women. She interjects only when her expertise is indispensable.

Culluh:
"Brothers, I stand before you with an opportunity to claim dominance over this quadrant—a prize unlike any we’ve ever encountered. Voyager is not just another starship; it is a fortress of knowledge and power, ripe for the taking. And with the Nistrim’s cunning, we have the means to make it ours."

A grizzled Kazon leader from the Ogla faction narrows his eyes.

Ogla Leader:
"You’ve boasted about this before, Culluh, but all you’ve shown us is failure. How do we know this isn’t another empty promise?"

Culluh gestures to Seska, who steps forward and activates a display showing the stolen transporter module and footage of their prior experiments, including the infamous beaming of the Relora leader into space. While the module was destroyed, Seska and Culluh didn’t make this information public to the other sects.

Seska:
"Empty promises don’t eliminate enemies without firing a single shot. This module—stolen from Voyager—proves the potential of their technology. We can beam your rivals into space, sabotage their ships, and strike with precision they cannot counter."

Culluh cuts in, ensuring the focus returns to him.

Culluh:
"And with Voyager in our hands, such power becomes available to all of us. Imagine controlling their advanced shields, their powerful weapons, their ability to traverse vast distances without exhausting supplies. Imagine your sects uniting under one banner, stronger than ever before."

A younger Kazon officer scoffs.

Young Officer:
"Uniting under the Nistrim’s banner, you mean. Why should we trust you to share this power?"

Culluh smirks, leaning in to address the group with measured confidence.

Culluh:
"Because no one sect can take Voyager alone. We need your strength to break them. The Nistrim offer leadership, not dominance. Together, we will divide the spoils. Every faction will benefit—and gain access to technology that makes us equal to the strongest species in this Quadrant. Or would you rather let others claim it while we squabble over scraps?"

The Ogla leader, still skeptical, glares at Culluh.

Ogla Leader:
"And how do you propose we achieve this? Voyager is not an easy target, even with our combined forces."

Seska steps forward again, her voice calculated and persuasive.

Seska:
"They’re not invincible. Their secondary command processors, located starboard ventral, are a vulnerability. Coordinated attacks on this section will disable their ability to self-destruct—Janeway’s last resort if she thinks Voyager is to be taken over. With enough concentrated firepower, we can neutralize this sub-system before they realize what’s happening, forcing them into retreat."

Culluh raises a hand to silence murmurs of doubt and gestures to a display of Voyager’s schematics.

Culluh:
"Once they turn back, our forces will close off their escape vectors. Eight carriers will intercept them in a coordinated strike. The initial assault will focus on their shields, exploiting the chaos to target their warp drive and impulse engines. At the same time, our operative aboard Voyager, Teirna, will sabotage their power systems, leaving them dead in space. By the time they understand what’s happening, it will already be too late."

The room is silent as the leaders exchange glances. The Ogla leader finally speaks up.

Ogla Leader:
"And if we succeed, how do we know you won’t turn Voyager’s weapons on us once the battle is over?"

Culluh glances at Seska, who steps forward with an edge of menace.

Seska:
"Because if we fail to unite, Voyager’s crew will do far worse to us than we could ever do to each other. You’ve seen what happens to Kazon factions that stand divided—they fall. But united, we can stand against any threat and rule this Quadrant."

Culluh delivers the final blow to their doubts, his voice calm but resolute.

Culluh:
"The choice is simple: work with us, or risk watching your rivals grow stronger while you remain powerless. This is your chance to claim the future you deserve."

The chamber settled into a tense silence as Culluh’s words resonated with the gathered Kazon leaders. One by one, skepticism gave way to calculation, and the allure of Voyager’s advanced technology began to eclipse the rivalries and mistrust that had long divided the sects. Murmurs of agreement rippled through the assembly, a fragile alliance taking shape under the shared promise of power and dominance.

As the leaders departed to ready their fleets, the air in the chamber was thick with ambition and unease. Culluh’s triumph was tempered by the precarious nature of the coalition he had forged. The Kazon factions were united for now, but only by their hunger for conquest. Any misstep could shatter the fragile unity and turn allies into enemies once more.

In the background, Seska watched the proceedings with calculating eyes. She knew the alliance was a gamble, but one worth taking. Voyager represented more than a ship—it was a symbol of what the Kazon could become if they seized its secrets.

Unbeknownst to Voyager’s crew, a storm was gathering. The Kazon, emboldened and united like never before, were preparing to strike a decisive blow. For Janeway and her crew, the road ahead would demand ingenuity, resilience, and the courage to face their most dangerous adversaries yet.

Stardate 50023.4


In Suder’s quarters aboard Voyager, the reformed sociopath proudly shows Tuvok a new hybrid orchid he’s cultivated, naming it the “Tuvok Orchid” in his honor. Tuvok commends Suder for embracing floriculture, a peaceful pursuit that reveals an unexpected talent beyond violence. Suder, grateful for Tuvok’s influence, expresses a desire to contribute to the crew’s well-being. He proposes using genetic techniques he’s developed for orchids to increase the vegetable garden’s productivity. Tuvok, recognizing Suder’s sincerity, agrees to bring the idea to the Captain.

Meanwhile, on the bridge, Kim reports an incoming subspace transmission from an unmanned buoy emitting a Kazon signal. As Voyager intercepts, Seska’s urgent face appears on the viewscreen. Her message, filled with desperation, reveals that Culluh plans to take her child, whom she claims is Chakotay’s. The signal is abruptly cut, leaving the crew in stunned silence.

In Janeway’s ready room, Chakotay struggles with Seska’s sudden appeal, resentful of her expectation that he’ll act out of paternal duty. Janeway, sensing the weight of his dilemma, assures him that if he decides to go after the child, Voyager’s crew will stand with him. She acknowledges that while Seska’s message could be a manipulation, there’s enough evidence to consider it genuine, especially given Culluh’s likely reaction to discovering the child is not his. Janeway leaves the choice in Chakotay’s hands, showing her respect for his autonomy.

Alone in his quarters, Chakotay begins a vision quest, seeking wisdom from his ancestors. His father, Kolopak, appears in a vision, guiding him to see the child’s innocence beyond Seska’s deception. Kolopak reminds Chakotay that past generations embraced children born out of similar circumstances, citing the tribe’s ancestors as examples. Moved by his father’s wisdom, Chakotay contemplates accepting the child as his own despite Seska’s manipulation.


[Briefing Room]

Neelix: “I’ve spoken to the Talaxian mining colony on Prema Two. They’re willing to offer assistance if we run into trouble, but that gives us only about forty hours of comm range at warp two.”

Janeway: “It’s good to know we have allies nearby. Thank you, Neelix.”

Tuvok: “Captain, I recommend a full diagnostic of our tactical array before we begin the mission.”

Janeway: “Agreed, but I want more than just a diagnostic. I want us to anticipate every possible trap, and we’ll need a few extra tricks up our sleeves if we encounter any surprises.”

Kim: “Captain, I could modify the deflector grid to generate multiple decoy images. This would make it look like we have reinforcements coming.”

Torres: [nodding] “Echo displacement.”

Kim: Exactly. [Displays the visual on a nearby monitor] To Kazon sensors, Voyager would appear to be accompanied by several ships, and we can create as many as we want.

Janeway: That’s an excellent start, and hopefully it should distract them, but if we’re intercepted by a superior force, we’ll need something more.

EMH [on monitor]: If you don’t mind, Captain, I might have a suggestion. [Pauses, as the crew looks at him with interest] We could also attempt to create actual holographic projections of friendly ships in space.

Torres: With all due respect, Doctor, we’ve had issues projecting you into other locations on the ship before. What makes you think we would have more success with creating a starship in space?”

EMH [on monitor]: “I would propose Liutenant that my program is far more sophisticated than your run of the mill hologram. By using parabolic mirrors with holo-emitters installed along the hull, we could create fully rendered decoy vessels. And with ZPE power, we could emit false life signs, and even convincing power signatures to fool Kazon scans.”

Paris: “Real decoys with real readings—now that’s an advantage.”

Tuvok: “Indeed. If the holographic ships can produce life signs and power signatures consistent with real vessels, we can create the appearance of a fully manned fleet, which may hold their attention.”

Janeway: [smiling slightly] “That sounds like the edge we need. B’Elanna, work with the Doctor and Harry on making this happen. Use ZPE energy reserves for the projections and work with Neelix to configure the ships to broadcast Talaxian signatures if the Kazon try to scan them.”

Chakotay: “If it buys us time or convinces the Kazon to back off, it’s worth it.”

Janeway: “All right. Once we’re ready, cut power to all non-essential systems to minimize our sensor profile. [Turning to Paris] Tom, locate the warp signature of Culluh’s ship and set a course at warp two.”

Paris: “Aye, Captain.”

Janeway: [pausing and glancing around the room] Dismissed.

As the crew begins to disperse, Chakotay lingers for a moment, looking at them.

Chakotay: [gratefully] “And… Thank you.”

Janeway nods, a silent understanding passing between them.

On the bridge, Chakotay identifies a distress signal from a small Kazon shuttle—not Culluh’s ship, as expected. As they intercept, sensors detect a critically injured adult Kazon male aboard. Janeway orders emergency transport to Sickbay.

In Sickbay, the EMH diagnoses multiple severe injuries, including a fractured hip and inflammation from noxious gas inhalation. Chakotay recognizes the Kazon as Teirna, one of Seska’s aides. Teirna claims that Seska is dead, killed by Culluh when her manipulations went too far. According to him, Culluh had Teirna left to die after Teirna escaped, with the child now taken to the Gema Four colony to be raised as a servant. Reluctantly, Teirna agrees to help Voyager reach the Gema system, though he fears re-entering Nistrim space.


[Doctor's Office]

Chakotay: “What’s his prognosis?”

EMH: “He’ll be on his feet in a day or two, but there are still a few things to monitor. He’s suffered a nasty concussion, spinal cord trauma, and polycythemia—the cause of which I’ve yet to determine.”

Chakotay: “Polycythemia?”

EMH: “An abnormal increase in red blood cells. It’s not necessarily dangerous in itself, but given his injuries, it’s an unusual complication. I’d like to monitor him closely in case there’s more to it than we realize.”

Chakotay: [thinking] “If his story doesn’t add up, I want to know. Could autonomic response analysis help us determine if he’s lying?”

EMH: “Unlikely. An ARA would need baseline comparisons with Kazon biology, which we don’t have. If he were from the Alpha Quadrant, it might be different, but with the species we’ve encountered here, I’d be guessing. [pauses, considering] Commander, it might reassure you to know that if we’d arrived even an hour later, he likely would have died from his injuries.”

Chakotay: “Noted, but I’d still prefer we don’t take any chances. [He taps his comm badge.] Chakotay to Captain Janeway.”

Janeway [over comms]: “Go ahead, Commander.”

Chakotay: “Captain, the Doctor’s found some unusual indicators in Teirna’s condition, specifically polycythemia. Given his connection to Seska, I’d recommend we set the computer to monitor his vital signs and any abnormal activity discreetly while he’s onboard.”

EMH: “If I may add, Captain, this abnormality could simply be due to his exposure in the shuttle, but as the Commander noted, added precaution would be prudent.”

Janeway [over comms]: “Agreed. I’ll have Tuvok program the computer to establish a continuous but unobtrusive scan on Teirna.”

Chakotay: “Thank you, Captain.”

As the channel closes, the Doctor nods approvingly, turning his attention back to Teirna’s lying unconscious.

[Engineering]

In Engineering, Torres reviews the damage to Teirna’s shuttle, noting that molecular variance residuals align with Kazon disruptor blasts, lending some credibility to his story. Kim confirms the presence of nitrogen tetroxide fumes in the cabin, remarking that if this were a Kazon scheme, Teirna would have willingly inhaled poison for hours.

Chakotay: [sceptically] “Have you found anything at all that would cast doubt on his story?”

Kim: “No, nothing that contradicts it.”

Chakotay: [firmly] “I still don’t trust him.”

[Briefing Room]

The crew gathers in the briefing room as Teirna outlines the journey. He estimates that it would take six days at warp two, carefully choosing a more circuitous route to avoid the Kazon Nistrim fleet. Neelix points out a shorter route across the Tenarus cluster, testing Teirna’s honesty. Teirna, eager to avoid any confrontation with Culluh, acknowledges that the route he suggested is indeed safer, though longer.

Chakotay: “We might have more success avoiding them if you provided the command codes for the Nistrim defense net.”

Teirna hesitates but then recites a code sequence, which Tuvok inputs, displaying a network of defense satellites on the tactical map. Paris adjusts their course accordingly, navigating around the network.

Teirna: “That won’t end the danger. We’re heading into an area controlled by Kazon factions who have no loyalty to Culluh—or anyone else. They attack without provocation.”

Janeway gives a subtle nod, indicating her understanding while keeping the crew’s upgraded capabilities concealed from Teirna. The crew proceeds with caution, but prepared to use his information as an additional safeguard.


[Bridge]

Paris: Vessel approaching, coordinates three one four mark two one.

Kim: It’s Kazon, Captain.

Janeway: Red alert. Configuration of the ship, Mister Tuvok?

Tuvok: A small raider. Its weapons don’t pose a significant threat, though it’s targeting our primary shield emitters and weapons array.

Kim: [monitoring] Shields absorbed the impact without issue. No damage reported.

Janeway: Return fire, Mister Tuvok.

Tuvok fires phasers at standard power output with precision, hitting the raider directly. The Kazon ship immediately breaks off its attack.

Kim: They’re retreating, Captain. No damage to Voyager.

Janeway: satisfied A good start. Any other sign of Kazon ships, Lieutenant?

Tuvok: scanning None on long-range sensors, Captain. The raider continues to retreat.

Paris: We should have a couple of hours to ourselves, at least.

Janeway: Good. Stand down from Red Alert.

Paris: Captain, we’re nearing the edge of comm range with the Talaxian colony.

Janeway: Thank you, Lieutenant. Maintain our course.

As the situation relaxes, Tuvok turns to Janeway expectantly.

Tuvok: Captain.

Janeway: smiling slightly I haven’t forgotten, Mister Tuvok. This seems as good a time as any.

In his quarters, Suder greets Captain Janeway warmly, though visibly nervous, and insists she sit, offering tea and apologizing for the disarray. Janeway declines, explaining that Tuvok has been updating her on Suder’s progress. Suder expresses his gratitude for Tuvok’s guidance, admitting he still has much to learn but appreciates Tuvok’s patient tutoring. Tuvok, sensing Suder’s tendency to digress, gently reminds him of the purpose of the visit.

Tuvok explains that he’s already briefed the Captain on Suder’s proposal. Janeway, interested but cautious, asks Suder to explain the specifics. Suder eagerly describes his progress, detailing a gene-splicing technique he’s developed and explaining how he could apply it to Voyager’s airponic crops. He requests a few plants, specific chemicals, and laboratory equipment, assuring Janeway that nothing dangerous would be required.

Janeway listens carefully, noting Suder’s enthusiasm. She tells him she’ll discuss it with Kes and Tuvok before making a final decision. Suder, visibly disappointed by the delay, mentions that Kes has already expressed her interest in the project. As Janeway assures him she’ll give it proper consideration, Suder interrupts, concerned that she might not trust him. Tuvok attempts to calm him, but Suder insists that he simply wants to contribute something positive to the ship.

After a final reassuring nod from Janeway, Suder lets the conversation end, though with some frustration.

Captain’s Log, supplemental: "None of the four Kazon attacks thus far have caused serious damage, though they have consistently targeted the starboard ventral section. Thanks to our previous upgrades, the shields absorbed each impact with no resulting damage, allowing us to maintain full operational capacity.”

[Sickbay]

The EMH monitors Teirna’s recovery, noting that while his health is improving, the unexplained polycythemia persists. Teirna dismisses the concern, revealing that he lost his parents to a Trabe attack when he was young. The Doctor suspects the condition might result from prolonged toxin exposure on the shuttle and decides to keep monitoring him.

Chakotay enters, engaging Teirna in a tense exchange. Teirna remains pessimistic about their chances against the Nistrim. Chakotay questions Teirna’s lingering loyalty to the Kazon, recalling Teirna’s fierce pride as he beat Chakotay on Culluh’s orders. Growing suspicious, Chakotay pressures Teirna, pointing out that each Kazon attack has targeted Voyager’s starboard ventral section—a suspicious pattern. Before the conversation escalates, the Doctor intervenes, insisting on decorum in Sickbay.

[Bridge]

Moments later, a new Kazon ship attacks, targeting the starboard ventral area again. The upgraded shields absorb most of the impact, with minimal disruption to the secondary command processors.

Tuvok: Firing phasers.

Janeway: Maintain our current speed and heading Mr. Paris.

Paris: Aye, Captain.

Kim: They’re targeting the starboard ventral section again, but shields there are holding. Minimal damage reported.

Janeway: Good. Keep our port forequarter facing the line of attack, Mister Paris. Minimize their line of sight to our starboard side.

Paris: I’m doing my best, Captain.

Janeway: Continuous fire, starboard phasers.

Tuvok: Acknowledged. They’re withdrawing, Captain.

Chakotay: Stand down Red alert.

Janeway: Mister Kim?

Kim: Deck twelve has sustained minor damage, along with secondary command processors, but no significant issues. Repairs should be quick.

Tuvok: Captain. The Kazon would seem to be focusing on a non-essential area of the ship with precise consistency.

Chakotay: Why would Kazon factions, supposedly loyal to no one, all share the same focus?

Janeway: [pauses, determined] Depends on what their focus is. Mr. Kim, you mentioned the secondary command processors have sustained minor damage thus far but are still operational. What would happen if they went offline completely?

Kim: “A few systems would be affected. Nothing of signif…”

He pauses, and then it hits him.

Kim: “The self destruct. That’s got to be it Captain. If this is premeditated, then…”

Janeway: “We might be in more trouble than we thought and are heading right into their trap. One thing is clear, we can’t keep waiting for them to make the next move. Mister Paris, reverse course.”

Paris: Aye, Captain.

Chakotay: “Mr. Teirna should be restricted to his quarters until further notice and under continued computer surveillance.”

Tuvok: “Understood, Commander.”

Captain’s Log, supplemental: "Because our secondary command processors were targeted consistently, Mr. Kim suggested the pattern points towards an elaborate plot to disable our self-destruct mechanism. Seska and Culluh were always adamant about taking over Voyager, but if she is in fact dead as Teirna suggested, what makes me wonder is how did Culluh manage to convince other sects to attack us with this precision. The possibility of this line of thinking suggests he may have promised to share the ‘spoils’, or that Seska is in fact alive and coordinating these attacks. Given these unsettling possibilities, I have decided to reverse course… but my gut tells me this is far from over.”

 

[Deks]

[Suder's Quarters]

Neelix enters Suder’s quarters with a tray.

Neelix: "Dinner time, Mister Suder. We have a fine leola root soup tonight."

Suder: [distracted] "I’m not hungry."

As the Red Alert sounds, Neelix glances nervously toward the corridor.

Neelix: "Oh, Red alert. I’m afraid we have to go. [He sets the tray down] I’ll leave it here, just in case."

Suder nods, eyes distant, as Neelix hurries out.


[Bridge]

Janeway: "How many do you count, Mister Tuvok?

Tuvok: "Eight large carrier vessels, Captain, with confirmed Kazon signatures."

Chakotay: "Funny how they show up right after we reversed course."

Janeway: "Time to intercept?"

Paris: "Eight minutes. They’re moving in a classic Cardassian echelon formation."

Tuvok: "Curious. They seem to have left us an apparent escape route."

Janeway: [thoughtfully] "You're right it is curious. Too curious in fact. Something’s waiting for us down that path, and I’d rather make my own. [to Paris] Set a course to intercept their lead ship."

Paris: "Aye, Captain."

Janeway: [raising her voice] "Battle stations. Time to intercept?"

Paris: "Three minutes, ten seconds, give or take a torpedo."

Janeway: [smiling slightly] "Mister Kim?"

Kim: "Echo displacement ready, Captain."

Janeway: "Send in the cavalry."

Kim activates the deflector grid, creating multiple sensor echoes resembling Talaxian ships. The tactical display lights up with signatures, making Voyager appear to have reinforcements.

Kim: "Ten ships with Talaxian signatures. The Kazon should be seeing the same thing on their sensors."

[Kazon Lead Carrier]

On the bridge of the Kazon lead carrier, Seska watches the tactical display with a narrowed gaze. Multiple signals have appeared near Voyager, seemingly Talaxian ships on approach.

Kazon Officer: "Maje, Voyager appears to be flanked by Talaxian vessels. Four of our ships have adjusted course to intercept."

Seska: [realizing] "It’s a trick. Janeway’s using sensor echoes to confuse us. [angrily] Signal the other ships to return to formation and focus on Voyager. They’ll see how real our firepower is soon enough."

Kazon Officer hesitates
Culluh notices this and says: “What are you waiting for?”

Kazon Officer: “Yes, Maje”

The order goes out, and all eight Kazon carriers close in on Voyager once more.

[Bridge]

Back on Voyager’s bridge, the crew sees that all eight ships are returning to formation.

Paris: "Captain, they’re regrouping. All eight ships are back on course for us."

Kim: [disappointedly] “Looks like they saw through the echoes.”

Janeway: [determined] “Worth a shot Ensign, and we still have tricks up our sleeve. Bridge to Torres, report.”

[Engineering]

Torres: “We’re ready, Captain. All new holo-projectors are online. We can create four Talaxian ships at your command.”

Janeway [over comms]: "Stand by, B’Elanna. We’ll need them shortly."

EMH [on monitor]: "Perhaps we should consider one last systems check."

Torres: "We’ve already done that twice."

EMH [on monitor]: It’s a high-stakes situation, and this will put unprecedented strain on the holo-generators. Power input could be boosted further.

Torres: "The defense systems need every bit of auxiliary power, Doctor."

EMH [on monitor]: "We could try a preliminary— [cutting himself off] No, you’re right. Everything’s in place. It’ll work."

Torres gives him an annoying look and turns back to work.

[Bridge – Voyager]

Paris: "Here we go."

Tuvok: "They’re randomly detonating torpedoes in our flight path."

Kim: "Shields are holding steady, Captain. No damage."

Janeway: "Hold your fire, Mister Tuvok. They may want to waste torpedoes, but we don’t want to reveal ours just yet."

Paris: "Thirty seconds to intercept."

Janeway: "Take us out of warp."

Paris: "Engaging impulse engines."

Janeway: "Power to all weapon systems. Stand by enhanced phasers.”

Tuvok: "Kazon vessel one million kilometers off our starboard bow."

Janeway: "Not yet."

Tuvok: "Eight hundred fify thousand kilometers."

Janeway: "Not yet."

Tuvok: "Seven hundred thousand… five hundred… three hundred thousand."

Janeway: "Now."

Voyager fires phasers with a 30% enhanced yield, striking the Kazon vessel directly at maximum effective phaser range.

Paris: Initiating evasive maneuvers, beta sequence."

Tuvok: "Three more Kazon ships approaching."

Kim: "Shields at ninety-five percent and holding."

In his quarters, Teirna quietly begins chanting, though his condition remains stable.


[Kazon Lead Carrier – Bridge]

On the Kazon bridge, Seska is pacing as her officers report updates. Suddenly, one officer looks up, noting an anomaly.

Kazon Officer: Voyager’s phasers… they’re reading at a higher output than standard.

Seska: [surprised, narrowing her eyes] Stronger phasers? [pauses, as she processes the implications] That shouldn’t be possible… unless Janeway’s hiding new upgrades.

Just then, additional ship signatures appear on the Kazon tactical display, identifying as Talaxian vessels forming up alongside Voyager.

Kazon Officer: Maje, additional ships have appeared—Talaxian signatures. They’re aligning with Voyager.

Culluh: [looking to Seska] “How!?”

Seska: [skeptical] “It has to be a trick. Run a detailed scan; check for any signs of projection interference or inconsistencies.”

Culluh: “Do it!”

The officer initiates a thorough scan, scrutinizing the Talaxian “ships” for anomalies. After a tense moment, he turns back to Seska with a mix of confusion and disbelief.

Kazon Officer: “Scans show… they’re reading as fully operational vessels. Power signatures consistent with warp cores, and life signs match Talaxian crew profiles.”

Seska: [taken aback, muttering] “This can’t be… Voyager doesn’t have the resources to pull this off.”

She studies the tactical display, her suspicion turning to frustration as she realizes the Talaxian ships are holding formation with Voyager seamlessly.

Kazon Officer: “Maje, should we engage?”

Seska: [frustrated, with a hint of uncertainty] “Adjust strategy. We can split our firepower between those ships to break up that formation. If the Talaxian vessels intervene further, prepare to counter. Janeway is playing a game, but she won’t outsmart me.”

She glares at the tactical screen, her mind racing, now more determined to decipher Janeway’s tactics and suspecting she’s underestimated Voyager's true capabilities.

Seska: [to herself] “So, you’ve found allies… or something else. Fine, Captain. Let’s see just how far you’re willing to go.”


[Bridge – Voyager]

Back on Voyager, the bridge crew monitors the Kazon fleet adjusting formation. The Kazon hesitate to engage directly, keeping their distance from the “Talaxian” ships but focusing their fire on Voyager.

Kim: “Captain, it looks like the Kazon are holding back. They’re staying close but directing their fire towards the holograms.”

Janeway: [satisfied] “Good. They’re taking the decoys seriously. Keep the Talaxian ships in a defensive pattern, Mister Tuvok.”

Chakotay: “Seska’s bound to question where those ships came from. She’s seen through our tactics before.”

Janeway: “Then let’s make sure she keeps guessing. [to Tuvok] Position the holographic ships to coordinate their maneuvers with ours. Let’s make it look like they’re covering and taking hits for us.”

Tuvok: “Understood, Captain.”

The “Talaxian” ships hold formation, moving in perfect coordination with Voyager, creating a realistic illusion of a reinforced fleet and taking on some of the hits from the Kazon.

Paris: “Two minutes to intercept with the lead ship.”

Janeway: “Mister Tuvok, ready ZPE torpedoes, but mask their signatures to appear as photons. Let’s keep them guessing on our capabilities.”

Tuvok: Quantum torpedoes with masked signatures loaded, Captain.

Janeway: “Take us about, Mister Paris. We want a good angle on that fourth ship we’ve weakened with phasers.”

Paris: “Coming about, one four one mark two zero.”

Janeway: “Set the yield to a standard Quantum Torpedo output. Full starboard roll, evasive maneuvers, lambda sequence. Fire.”

The masked ZPE torpedo strikes the targeted Kazon vessel, delivering a powerful impact that exceeds the damage of a standard photon. The Kazon ship destabilizes under the blast and explodes, completely destroyed.

Kim: “Direct hit, Captain. The Kazon vessel has been destroyed.”


[Kazon Lead Carrier – Bridge]

On the Kazon lead carrier, Seska and her officers watch in shock as the fourth Kazon ship disintegrates from a single torpedo strike.

Kazon Officer: “The vessel has been destroyed… but it registered as a photon torpedo!”

Seska: [stunned] “One photon torpedo did that? That’s impossible. [pauses, processing] I know that ship was damaged from phasers, but it would take at least two to destroy it. How could Voyager have this kind of firepower with a standard photon torpedo?”

Kazon officer: [uncertainly] “Hard to confirm.”

Seska: [firmly] “Show me the data.”

The officer transfers the scan data to her console. Seska studies it, her eyes narrowing as she catches a brief, high-energy spike on impact.

Seska: [frowning, muttering to herself] “That energy spike… it looks more like a quantum torpedo.”

Culluh: [puzzled] “A what?”

Seska: [annoyed, explaining] “They’re twice as powerful as photon torpedoes, designed for the Federation’s most advanced ships. But Voyager never had them. The Dreadnaught did, and the crew didn’t get them from that missile before destroying it — this shouldn’t be possible, unless Jonas was lying.”

But, to her knowledge Jonas shared all the data he had, so him lying was unlikely. She glances back at the tactical display, realization dawning that Voyager may have indeed somehow undergone upgrades in those days Teirna said they were absent closely followed by a subspace event. At that moment, another powerful phaser strike from Voyager shakes the ship.

Seska: [to herself, fiercely] “If Voyager somehow acquired quantum-level weaponry, capturing that ship just became crucial.”

Turning to her officers, she shifts into action mode.

Seska: [commanding] “Regroup until we can recalculate the attack. We will need to focus on Voyager’s weapons and shields, but proceed carefully. We need that ship intact, and we can’t afford more surprises… and they might just experience a surprise of our own right about now.”

The Kazon officers follow her orders, tension thickening on the bridge as they adjust their strategy, now acutely aware of Voyager's unexpected power, but also uncertain if they can actually win.


[Voyager – Deck 8]

Teirna retrieves a small needle from beneath his skin and injects it into his arm. The computer immediately detects the surge in abnormal bioactivity closely resembling an impending overload and takes appropriate steps as part of standard security measures.

Computer: “Warning! Abnormal bioactivity detected. Leven 10 containment field established around the subject Teirna.”

Moments later, an explosion registers within the containment field, containing the blast mostly within Teirna’s quarters but avoiding damage to any crucial systems.

Kim: “Captain, internal sensors just registered an explosion on Deck 8, Teirna’s quarters. The computer automatically erected a level 10 force field upon detected buildup. Damage was contained.”

Janeway: “Acknowledged mr. Kim. Isolate those quarters with another forcefield. We’ll deal with repairs after the battle.”

Paris: “Kazon vessels directly ahead, Captain. Some are holding their fire, likely assessing our formation.”

Janeway: “Good. Now let’s see how far they’ll go. [to Tuvok] Fire another masked ZPE torpedo at same yield as previous one. Let’s keep them wondering.”

Voyager fires one more masked quantum torpedo, striking another Kazon ship with unexpected force of two photon torpedoes and quantum energy and incurring significant damage.

Chakotay: I don’t think they were prepared for this.

Janeway: [determined] Maintain formation, Mister Paris. We’re not showing them everything just yet, but be ready—they are bound to escalate.

The bridge remains tense but controlled, with Voyager and its “allies” holding position. The Kazon fleet lingers just outside direct engagement range, visibly unsettled, as they weigh another approach, with Voyager's unexpected power keeping them in a state of cautious uncertainty and then suddenly they all start directing fire at Voyager.

Tuvok: “All seven carriers are attempting to concentrate their fire on us, Captain. Some of the holo decoys are absorbing the blasts.”

Kim: “Shields at eighty-five percent, but we’re taking continuous hits across the starboard and aft sections. Starboard targeting scanners are fluctuating.”

Chakotay: “Evasive maneuvers, gamma sequence, Mister Paris.”

Janeway: [into comm] Engineering, I need more power to shields and weapons. How’s our Warp drive holding up?

[Engineering]

Torres works frantically at her console.

Torres: Power to forward shields and weapons amplified, Captain. I had to take Warp drive offline because the containment field generator has sustained some damage. We’re working on the repairs now. Torres out! Carey, see if you can insulate the Warp drive from further feedbacks. Nicolleti will assist you. Vorik, give me a hand with this damned generator!”


[Bridge – Voyager]

Paris: “Captain, I might be able to maneuver a shuttle through the crossfire and bring Talaxian reinforcements if needed.”

Janeway: “Hold that option for now, Lieutenant. Our decoys are drawing fire. If the situation changes, we’ll consider reinforcements, but not until it’s absolutely necessary. For now, I need you here—no one maneuvers through a crossfire like you can. Let’s focus on driving them back.”

Voyager maneuvers skillfully through the barrage, maintaining its defensive stance while the Talaxian holographic ships absorb more of the Kazon’s fire, creating additional cover for Voyager.

Kim: “The Kazon are concentrating on our starboard and aft, but our formation is keeping most of their fire directed at the decoys. Shields are holding at 82%”

Janeway: [to Tuvok] “Give our decoys precise cover fire, Mister Tuvok. Focus on disabling the lead carrier and target remaining ones with torpedoes at same yields to weaken them. If our position weakens, you can increase the torpedo yields.”

Tuvok: “Aye, Captain.”

Voyager fires enhanced phasers and masked ZPE torpedoes at the lead Kazon carrier, while additional masked ZPE torpedoes are launched at the remaining ships. The decoys appear to move in sync with Voyager, maintaining cover and diverting concentrated fire.

Kim: “Captain, the lead Kazon ship’s shields are failing. They’ve sustained several breaches. Other carriers are taking heavy damage from our torpedoes.”

Voyager’s holographic decoys continue to absorb hits, registering as genuine ships, forcing the Kazon to divide their fire between Voyager and its “allies.”

Chakotay: They’re breaking formation.

Janeway: Keep the pressure on. Mister Tuvok, alternate our weapons between all carrier ships’ engines and weapons only.

Tuvok: “Acknowledged, Captain. Firing.”

Voyager fires another barrage of phasers and torpedoes, striking multiple Kazon ships. The relentless onslaught and enhanced firepower weaken the remaining carriers weapons and engines one by one.

[Kazon Lead Carrier – Bridge]

On the Kazon lead carrier, Seska and Culluh watch in growing horror as one Kazon ship after another sustains crippling damage or falls out of formation.

Kazon Officer: “Maje, our ship is taking massive damage— Three ships are attempting to retreat. The remaining carriers are losing engines and weapons.”

Culluh: [furious, to Seska] “How are they doing this?”

Seska: [trying to mask her frustration] “Teirna must have failed, and Janeway seems to have prepared her ship beyond what we anticipated.”

Culluh: [desperately] “Our ships are almost dead in the water, and Voyager keeps advancing!”

Seska clenches her jaw as she watches the tactical display, realizing they have no means left to counter Voyager’s relentless firepower.

Seska: [with finality] We have no choice. Order a full retreat.

As if on cue, one final jolt from Voyager’s enhanced phasers disabled the engines.


[Bridge – Voyager]

Kim: “Captain, the lead carrier vessel and remaining Kazon carriers are attempting to retreat—they’re completely disengaging.”

Janeway: [resolute] “Don’t let them any of them to get away Tuvok. Target those retreating ships and carefully disable their engines. We are ending this today.”

Tuvok: “Aye, Captain. Firing.”

Voyager launches another round of phasers and yield adjusted ZPE torpedoes, each masked to resemble photons. The torpedoes hit the fleeing Kazon ships with precision, leaving them adrift and disabled.

Chakotay: “That’s the last of them, Captain. All seven carrier ships are effectively dead in the water.”

Janeway: [firmly] “Excellent work, everyone. Maintain formation with the decoys.”


[Kazon Lead Carrier – Bridge]

On the lead Kazon carrier, Seska and Culluh watch as their fleet is systematically disabled.

Kazon Officer: “Maje, Voyager has disabled all of our ships. We’re dead in the water… every last one of us.”

Culluh: [furious, to Seska] “This was supposed to be our victory! Now we’re stranded!”

Seska, visibly frustrated, clenches her fists as she realizes their situation is hopeless.

Seska: [coldly, with finality] “This is just not possible, but Janeway outmanoeuvred us.”

 

[Deks]

[Bridge – Voyager]

The bridge crew watches as Kazon carriers falll still, most critical systems except life support disabled and the Kazon fleet effectively neutralized.

Janeway: [satisfied] “Mr. Paris, hold position. Tuvok, monitor for any Kazon attempts to restore their systems. “

Tuvok: “Understood, Captain.”

The bridge settles as the crew exchanges looks of pride and relief, knowing they have decisively disabled the Kazon fleet without revealing the full extent of Voyager’s capabilities, but they suspected both the Kazon and Seska were more than surprised at the battle’s outcome.

With all Kazon ships now disabled and adrift, the bridge settles into tense quiet. Janeway stands resolutely at the centre, gauging the aftermath of the battle. She takes a moment, then gives a slight nod to Kim.

Janeway: “Hail them, Mister Kim. Let’s see if they’re willing to talk.”

The viewscreen flickers to life, revealing Seska, her expression taut with anger and suspicion. Culluh stands beside her, frustration and disbelief evident as he processes the complete loss of their fleet.
At this point, Janeway and Chakotay were not all too surprised to see Seska alive and well.

Janeway: [glancing at Chakotay and back to the viewscreen responded with heavy sarcasm] “Why am I not surprised?”

Seska: [coldly] “Captain, you’re full of surprises. Outnumbered, outgunned, and yet somehow Voyager came out of it… intact. Tell me—how?”

Janeway: [calmly, with slight amusement] “It’s simple, Seska. Ingenuity and an exceptional crew.”

Culluh steps forward, his voice laced with fury.

Culluh: “Enough games, Janeway. Voyager should have been ours. Whatever you did to your ship and to Tierna—”

Chakotay: [firmly] “All we did was take a few sensible precautions. As for Teirna, your bomb backfired, plain and simple.”

Seska narrows her eyes at Chakotay as she tries to piece together Voyager’s resilience.

Seska: [challenging] “No amount of ‘sensible precautions’ should have saved you. No… you did something to your ship. Those were no ordinary phasers or torpedoes, not to mention your shields. Teirna was supposed to cripple your power system. [almost crazed now] It was Torres, wasn’t it?”

Janeway: [smiling faintly] “You’re welcome to speculate, Seska. But whatever you think we may have done is besides the point.”

Culluh’s face twists in frustration as he looks between Seska and Janeway.

Chakotay: [interjecting, with a slight glance at Seska] “Before you do anything else, answer me this—is the child even mine?”

Seska: “Of course he is, Chakotay. You wouldn’t abandon your son, would you?”

Janeway’s eyes narrow at Seska’s and she exchanges a look with Chakotay.

Janeway: “Mr. Paris, Close to bio-scanner range. Let’s verify it for ourselves.”

Voyager maneuvers closer to the Kazon command ship. Janeway gives a subtle nod to Ensign Wildman who conducts a scan.

Wildman: “Captain, bio-scanners have isolated one male infant with Cardassian DNA. Preliminary readings indicate his genetic markers do not match Commander Chakotay. The biological father is likely Kazon.”

Chakotay’s face hardens, a mix of relief and anger.

Chakotay: [firmly] “Seems the only one you’ve been deceiving, Seska, is yourself.”

Seska and Culluh’s expressions shift to surprise at the realization the child is theirs, and then frustration as they realize the leverage they thought they had is gone.

Culluh: [sneering] “Don’t think this is over, Janeway. One day, Voyager will be ours, and every last secret you’re hiding will belong to us.”

Janeway: [steady, resolute] “After everything that just happened, you still think you’re capable of taking Voyager? Consider carefully what you’re saying Culluh. You’d have to chase us across the entire Delta Quadrant. Tens of thousands of lightyears. And I doubt you’d ever catch us.”

Culluh growls, and Seska tries to mask her doubt with a sneer.

Seska: “You can’t keep running forever, Janeway. No matter how fast Voyager is, your resources will run out. And when they do—”

Janeway: [interrupting, her voice firm] “You should know by now that things are different. We made sure of that. We have everything we need to keep moving and every capability to stay far ahead of you.”

Culluh glances at Seska, a flicker of doubt crossing his face as he processes Janeway’s confidence. Seska, her fury barely contained, tries to regain control of the conversation.

Seska: [furious, but controlled] “Then we’ll find a way to close that distance. Whatever you’re hiding, whatever new tricks you’ve picked up, we’ll uncover it all, piece by piece. This isn’t over.”

Janeway’s expression sharpens, her voice calm but with a warning edge.

Janeway: “Let me make one thing perfectly clear to you Seska. Voyager and her crew will never be yours. Not now. Not ever. My advice to you is to take your losses and quit while you still can. If you don’t, I’ll be forced to ensure none of your ships leave this battlefield.”

Culluh’s expression suddenly shifts to genuine concern grabbing Seska’s hand almost in desperation. Seska looks at him reassuringly and says: “She’s bluffing.” returning her gaze to Janeway: “Starfleet isn’t in the habit of destroying disabled ships.”

Janeway’s expression remains calm, her voice steady and clear.

Janeway: “True. But Starfleet defers to its captains in assessing threats. When someone poses a continued risk to my crew, I am fully authorized to take any necessary action to neutralize that threat.”

She turns to Tuvok, seeking his assessment so that Seska and Culluh can hear.

Janeway: “Mr. Tuvok, would you agree that this situation falls under Starfleet Regulation Three, Paragraph Twelve, authorizing a captain to take reasonable precautions to preserve the lives of their crew?”

Tuvok: [calmly, without hesitation] “Yes, Captain. Although the regulation specifies imminent destruction, Culluh and Seska’s intent to capture Voyager presents an ongoing threat. Your proposed course of action would be a reasonable precaution to preserve the ship and the lives of its crew.”

Janeway turns back to Seska and Culluh with resolve.

Janeway: “Which means I am fully within my authority to do whatever is necessary to keep Voyager out of your reach. Both of you made it abundantly clear that you won’t stop at anything to capture this ship, so you leave me no other choice.”

Janeway turns to Paris.

Janeway: “Mr. Paris, take us to a safe distance. Mr. Tuvok, arm torpedoes. One per carrier—same yield as before should suffice. Target their primary reactors.”

Paris: “Aye Captain. Moving into position.”

Tuvok: “Torpedoes ready, Captain. Target locks acquired.”

Janeway turns her gaze towards Culluh and Seska with deadly intent.

Janeway: “This is your only warning. Cease all efforts to pursue Voyager and end this here and now, or I will.”

Seska’s confidence falters, a flicker of realization crossing her face as Janeway’s words sink in. Voyager is no longer the vulnerable ship she once schemed to capture. She clenches her jaw, her resolve unyielding but tempered with a new tension as she glances at Culluh. His face reflects hesitation, his once steadfast determination visibly wavering under Janeway’s warning.

After a tense beat, Seska looks away, frustration tightening her expression. She holds her gaze steady for a moment longer before abruptly ending the transmission.

Tuvok: “Communication terminated, Captain.”

Janeway’s gaze remains steady, her voice calm but resolute.

Janeway: “Any indications of resistance?”

Tuvok checks his readings, then answers: “No indications of resistance detected captain.”

Janeway takes a deep breath, glancing around at her senior officers with a sense of quiet pride. She nods to Paris.

Janeway: “I think we made our point. Tuvok, stand down torpedoes. Bridge to Torres. Tell me you have some good news on the Warp drive.”

Torres: [over comms] “We are bringing it online now Captain. Warp 7 is the best we can give you.”

Janeway: “I’ll take it. Mr. Paris, let’s put some distance between us and the Kazon. Set a course for the Alpha Quadrant. Warp 7.”

Paris: “Aye, Captain.”

Voyager’s engines hum to life, and the ship accelerates to warp with its Talaxian holo ships in close formation, the stars streaking past the viewscreen. Chakotay watches as the Kazon ships gradually disappear from sensors, his expression contemplative.

Chakotay: [turns to Janeway] “Sensors aren’t picking up any other Kazon ships approaching us. In fact, subspace readings indicate they might be steering clear.”

Tuvok: “It is logical that after observing our capabilities, the Kazon would reconsider any further pursuit.”

Janeway nods slightly, a quiet satisfaction in her expression as she looks ahead.

Janeway: “Lets hope this is the last time we have to deal with Seska and the Kazon. Lieutenant Torres! Well done with the holo ships. You may switch them off now. Dispatch repair teams as needed.”

Torres: [over cooms] “Yes ma’am.”

She turns to Tuvok.

Janeway: “Mr. Tuvok, please go check on Mister Suder. His quarters are next to Teirna’s if I’m not misaken.”

Tuvok: “Aye Captain.”

In the aftermath of the battle, as Voyager’s repair teams worked to mend the ship’s systems, they discovered that not all damage could be contained. In his quarters, Suder lay silent, a victim Teirna’s final, desperate act. Though the containment field had minimized the blast, it had been just enough to spill over into his room, ending his journey on the path to redemption.

As Tuvok stands in the quiet of Sickbay, his expression remains steady, though a trace of sadness lingers in his gaze.

Tuvok: [softly, hands in a traditional Vulcan gesture] “I offer you a Vulcan prayer Mr. Suder. May your death bring you the peace you never found in life.”

Airponics Bay

Kes tends to the plants Suder had nurtured, adjusting the light settings as Neelix approaches. He holds a small container of soil and a newly sprouted plant.

Neelix: [Quietly] "I thought he’d like something new added to his collection."

Kes smiles faintly, taking the plant and placing it beside one of Suder’s orchids. She runs a hand gently over its leaves.

Kes: "He found peace here. Among all this life... maybe it reminded him what he was fighting for."

Neelix nods, his expression pensive.

Neelix: "It’s strange, isn’t it? How someone who struggled with so much could leave behind something so... calm."

Kes steps back, her gaze soft as she surveys the plants.

Kes: "Maybe that’s the legacy he wanted to leave us. A reminder that change is always possible."

Their views linger on the orchids, vibrant colours glowing softly under the artificial sunlight, a quiet tribute to Suder’s memory.

Together, the crew stands united, prepared to face whatever lies ahead as Voyager resumes its course toward the Alpha Quadrant, sailing through the stars with renewed resilience and strength.

 

[Deks]

Been a while since I posted something new. Was busy IRL.

Stardate: 50384.2 – following the resolution of the Q civil war.

Janeway stepped into her ready room, ready for a moment’s peace.

Instead, she found Q lounging in her chair, one ankle resting on his knee, dandling a toddler in a Starfleet uniform on his lap. The child giggled as a star-shaped rattle blinked in and out of existence between his fingers.

“Yabba dabba doo,” Q announced with theatrical flourish.

Janeway was startled—but there was an immediate smile following. “Q.”

“He’s got my cheekbones, don’t you think?” Q beamed, cradling the boy with exaggerated pride.

She crossed her arms. “He’s adorable. I’d say fatherhood agrees with you.”

“Oh, you have no idea,” Q said. “I look at the universe in an entirely different way now. I mean, I can’t just go around flipping timelines or nudging neutron stars out of alignment without considering the psychological development of my son.”

He ruffled the boy’s hair fondly. “Though, for the record, I did teach him how to collapse a minor binary system. He’s very gifted.”

Janeway chuckled softly, walking around the desk. “I thought you were going to teach him about love and conscience.”

Q replied breezily. “Oh, that's why we want Auntie Kathy to be the godmother now, don't we?
She was stunned for a moment but gracefully accepted. “I'm honoured.”

He continued in a light tone only somewhat serious. “Yeah, well, wait until we ask you to baby-sit. Can't leave the little guy alone for a nanosecond.” He straightened suddenly, his expression shifting ever so slightly as his gaze settled on her. “I must say, Kathryn… you and your little crew have been busy.”

Janeway’s brow furrowed. “How so?”

“Oh, I don’t know,” he said, counting off on his fingers. “Adaptive AI framework… a zero-point energy core held together with duct tape and stubbornness… and torpedoes with yields ten times that of a quantum warhead? How delightfully overcompensating of you.”

She blinked. “You’ve been watching. I’m surprised you hadn’t mentioned them before.”

He gave an offended scoff. “Please. We’ve known from the start. My darling Q was briefly marooned aboard this vessel while you were gallivanting through the Continuum with me. She grumbled about the interface design and bypassed your security protocols just to keep herself amused. But she’s always had… selective taste.”

He gave a dramatic shrug. “Still, credit where credit’s due. Even she had to admit your little upgrades weren’t entirely primitive. Timing is everything to a Q, and I’m a father now. I monitor. Entirely different.”

Janeway narrowed her eyes, thinking. “Then maybe you can explain something.”

She walked to the window, hands clasped behind her back. “We developed those technologies in a red dwarf system—one that just happened to contain a stable subspace tear. It blocked long-range sensors. Let us work without being detected. The odds of finding something like that by chance are... astronomical.”

She turned to face him, but Q’s face was a perfect mask of innocence.

He tilted his head, lips curving into a knowing smile. “Now, now… don’t go attributing all your good fortune to divine intervention. You’ll make your accomplishments sound less impressive.”

Janeway arched an eyebrow. “That wasn’t a no.”

He winked. “It wasn’t a yes either. Just remember Kathy…” he said lightly, “the brighter the flame, the more curious the shadows become.”

Janeway’s expression tightened. “Is that another warning?”

“Think of it as… friendly foresight.” He shrugged. “After all, the galaxy is vast.”

The toddler burbled something incoherent, and Q bounced him once on his knee.

“Well,” he said, standing up and smoothing the front of his uniform, “it’s time to get going. The old ball and chain really hates it when we’re late.”

He adjusted the child in his arms, turned back with a grin and said to his baby son. “Say bye bye.” raising his hand as a small gesture and cooing voice. “Bye bye.”

Then, with a faint shimmer in the air, both Q were gone.

Janeway exhaled, slowly. Her gaze lingered on the empty space where he’d stood.

She smiled—small, private, curious, and somewhat worried of what Q just implied. “Thank you,” she murmured, knowing full well he could still hear her.

Stardate 50620.0

The senior staff assembled in Voyager’s briefing room, the dim lighting reflecting the weight of their discussion. Captain Janeway stood at the head of the table, her gaze sweeping over her officers. The recent encounters with the Borg were too significant to ignore, and she intended to address them directly.

“We’ve had two Borg-related encounters in a very short time,” Janeway began, her voice steady but somber. “First, on the Sakari planet, where we discovered a Borg corpse. And then, just days later, we encountered the remnants of a former collective on the planet in the Nekrit Expanse.” She turned her attention to Harry Kim. “Ensign, let’s start by reviewing the Sakari mission.”

Harry Kim straightened, his expression tense as he recalled the details. “During our time on the planet, while assisting the Sakari with maintaining their underground hiding mechanisms, we discovered the remains of a Borg drone on the surface in their ruins. It had been there for years—skeletal, but unmistakably Borg. The Sakari knew little about it; they had been underground and out of sight since the invasion.”

Janeway nodded thoughtfully. Her gaze shifted to her security officer. “Tuvok, based on what we know, would it be safe to assume the Borg have left some sort of trail in this region?”

Tuvok inclined his head, his expression as impassive as ever. “It is logical, Captain. The existence of the skeletal drone and the Cooperative we encountered suggests past Borg activity in this region, even if the two events might not be directly related."

Chakotay leaned forward, his brow furrowed. “What’s more concerning is that the Cooperative shows us that not every Borg disconnected from the Collective is destroyed. Some are surviving, forming new kinds of communities.”

Torres, who had been silent, finally spoke, her tone grim. “And if that’s the case, there could be more out there. Not just remnants—possibly entire disconnected factions. Damaged but not defeated, struggling to survive.” She glanced at Janeway. “That’s why we need to start thinking about this as more than a one-off encounter.”

Janeway’s gaze sharpened. “Agreed. Even an isolated drone or remnant collective could pose a significant risk to us. We know the Borg originated in the Delta Quadrant, and these encounters may indicate we are approaching their territory.”

The Doctor cleared his throat. “If I may, Captain. Given the experience Commander Chakotay had with the neural link, we should establish strict quarantine and medical protocols for any future encounters with remnants or active Borg. The neural implants and biological components they carry could pose dangers we’re not fully prepared for.”

Janeway nodded. “We’ll put those protocols in place as soon as possible. In the meantime, you and Kes will begin reviewing Borg biomedical systems. Mr. Paris, given your prior medical training, you’ll assist them when you're off-duty.” Paris looked a bit surprised but didn’t argue. The seriousness in Janeway’s tone made it clear this wasn’t a casual suggestion. “Aye, Captain.”

She paused, preparing for the next topic. “We also need to consider what our recent upgrades mean if we encounter an active Borg vessel.”

Torres’s expression turned serious. “The ZPE core gives us a huge advantage in terms of self-sufficiency, but it’s a double-edged sword. If the Borg detect it, they’ll want it. It’s more advanced than anything they’d expect to find on a Federation ship—especially one stranded out here.”

Chakotay interjected, his voice measured. “Are we talking about going to extreme lengths to avoid detection? Or masking our systems?”

Torres nodded. “Both. We’d need to make our advanced systems appear as close to Federation standard as possible. Our modifications to the torpedoes worked against Seska and the Kazon because their sensors weren’t that sophisticated. The Borg are a different story.”

Tuvok’s expression remained stoic. “An effective strategy, Lieutenant. Since the Borg analyse energy profiles, limiting the torpedoes’ yields to standard quantum levels while refining their quantum energy profile and combined with other masking protocols would further reduce the risk of detection.”

Neelix leaned forward, his tone thoughtful. “Lieutenant, if I may... in my scavenging days, we used to disguise valuable components with basic shielding—even simple coatings—to make them look like scrap. It might not fool a close scan, but it helped deter unwanted attention.”

Kes nodded in agreement. “That’s a good idea. I’ve studied early Earth medical imaging technologies which used layered shielding. Adding physical layers could make the ZPE core’s energy signature appear more mundane, similar to existing Federation technology.”

Janeway’s lips curved into a faint smile. “Good suggestions. B’Elanna, can you integrate those ideas?”

Torres’s brow furrowed in thought. “Yes, Captain. While we’re on the subject of contingencies, I’ve been analysing our antimatter generator. We could make it more efficient and even adapt the replicator-transporter network to produce deuterium.”

Janeway raised an eyebrow. “I thought the generator was barely suitable for emergencies. And are you sure about the latter?”

Torres nodded. “With the AI Forge, we could optimize the generator and if we power it with the ZPE core, we could produce enough antimatter to replenish reserves at 5-10% per week. As for deuterium, the replicator-transporter network could do it via subatomic precision through the ZPE core too, ensuring we’re never completely dependent on external sources for that system.”

Paris was next to ask the fairly obvious question. “Here’s a silly question. Why didn’t we try this approach when you proposed the ZPE core?”

Torres took a pause and blushed. “Well… Looking back, I was focused on finding more long-term solutions which centred around the ZPE core itself that I didn’t think about applying AI Forge to optimize the antimatter generator. But now that we’ve had time to use and refine our new systems, I was able to divert some focus toward improving the efficiency of antimatter production as well.”

Kim chuckled, shaking his head before glancing at Paris. “You know, Tom, by your own logic, you could have suggested it earlier too. B’Elanna shouldn’t be the only one taking the blame for the oversight.”

Paris raised his hands in mock surrender. “Hey, I just fly the ship. And occasionally save the day. But fair point.”

Janeway smiled slightly, nodding at Torres. “I think its safe to say that we are all responsible in part for the oversight, but the important thing is we’re addressing it now.”

She turned toward Chakotay, catching the thoughtful look on his face. “Commander?”

Chakotay leaned forward. “I was just thinking that if we can regenerate antimatter and replicate deuterium efficiently, that means we could manufacture more photon torpedoes. Most of the torpedo’s structure could be replicated anyway, and we’d simply add the antimatter and deuterium at the last stage. That could be useful if we wanted to avoid relying too heavily on the ZPE torpedoes.”

Tuvok’s voice was calm but firm. “Indeed. This line of thinking opens other options for us. Since it is apparent we might be approaching Borg space, I would also suggest preparing for a scenario in which we must disassemble and hide the ZPE core. We could distribute its components to shielded compartments across the ship, ensuring it remains undetectable, and apply the same method to the ZPE torpedoes.”

Janeway carefully considered this. “I understand the logic, Tuvok, but it’s also an option I don’t particularly like. The core provides virtually inexhaustible energy and far greater efficiency, while ZPE torpedoes deliver higher yields and more effective quantum energy release—advantages we may need, especially against the Borg.”

Kim spoke up, his tone analytical. “Furthermore, if we shut down the ZPE core, our phaser and shield efficiency would drop. Any additional enhancements we’ve implemented would depend entirely on warp core power and its output.”

“That is to be expected Ensign. However, we also have upgraded fusion generators along with 2 additional units. They should be able to supplement emergency power beyond Voyager’s baseline. If their output is cycled down, I believe we can avoid arousing Borg interest. And Captain, I share your concerns. However, our experience with these technologies remains limited. While their potential is undeniable, we should take measures to safeguard them from the Borg while retaining the option to use ZPE torpedoes only when absolutely necessary. I also shouldn’t have to point out, that if the Collective assimilates these advancements, the consequences could be dire.”

While Tuvok’s reasoning was sound, it still made Janeway uneasy. She turned to Torres. “B’Elanna, what do you think?”

Torres tilted her head, considering. “It’s frustrating. We’ve worked hard to build these advancements, and now we’re talking about side-lining them. But… and, I can’t believe I’m saying this… I have to agree with Tuvok. At least for now. His other suggestions are doable, but require some modification.”

Tuvok raised an eyebrow at that, while B'Elanna took a moment before continuing. “We can manufacture more photon torpedoes as Chakotay suggested, but hiding ZPE torpedoes is another issue. There’s just not enough space on the ship to do that effectively. Instead, we’d need to store them in a dedicated pattern buffer and rematerialize as needed.”

Paris leaned forward. “Couldn’t we store the ZPE core in a pattern buffer too, like the torpedoes?”

Torres quickly shook her head. “The core isn’t just another inert object—it’s a highly complex energy matrix that adapts to Voyager’s systems over time. Even if we store its pattern in inert state, rematerializing it could introduce variances that would require recalibration before it functions safely again. ZPE torpedoes, on the other hand, are single-use devices, not part of our core infrastructure. They’re much easier to store and rematerialize without risk.”

Tuvok inclined his head. “That being said, Lieutenant, developing a pattern buffer specifically for the ZPE core may still be a worthwhile contingency. If needed, we should have that option available.”

Torres sighed but nodded in agreement while tapping her PADD making notes. “We already have protocols in place from when we built the ZPE core that allow a quick transition to the warp core if we need to shut it down. I don’t anticipate any major issues.”

Paris leaned back slightly in his chair, a flicker of realization crossing his face. “Okay, so we’re hiding the ZPE core and the torpedoes. That solves one major problem. But what about the processor running it? We replaced the old auxiliary core processor with that Forge-linked beast—if the Borg get a sniff of what it can do, they might come looking.”

Kim nodded. “Good point. Even with the ZPE core offline, the processor’s architecture includes subatomic-precision components—ten percent of its structure is below molecular scale. That could leave a detectable quantum signature if the Borg scan for it.”

Torres shook her head. “Believe it or not, the advanced processor is not much of a problem.” she turned slightly to include Neelix and Kes in the glance. “It’s also where their suggestions come in. Layered shielding, physical insulation, maybe even a scatterfield coating—anything to keep its energy signature low. We’ll treat it the same way we’re masking the ZPE core’s components.”

Janeway arched an eyebrow. “What about passive scans?”

Torres tapped her PADD, already ahead of them. “We can throttle the processor’s performance—restrict it to emulating the original specs of the auxiliary core. AI Forge can layer a masking profile over it to match pre-upgrade outputs. Energy usage, data throughput, and system latency will all appear authentic.”

Janeway nodded thoughtfully. “Make it look dormant, uninspiring… just another backup core on a beat-up Federation ship.”

Kim added, “We can also create a spoofed system signature—like a static log of expected behaviour. If we’re scanned, Forge can send out a clean ‘old-school’ profile for the core.”

Paris grinned. “So the processor still runs like a hot rod under the hood, but looks like a station wagon from the outside. I like it.”

Janeway gave a faint smirk. “As long as it doesn’t drive like one. B’Elanna, implement the masking. Keep the core running, but make sure it looks as boring as the original.”

Torres grinned. “Yes. Ma’am.”

Chakotay considered for a moment before speaking. “Could we also accelerate the ZPE core’s power-up sequence? The first time we did it carefully for obvious reasons but in some situations, we may not have the luxury of ramping it up slowly—especially if we need full system capacity immediately.”

Torres gave the question a moment’s thought before speaking. “Computer, analyse the ZPE core’s structural integrity, operational history, and the original activation sequence. Extrapolate whether we can safely accelerate the power-up process.”

The computer processed for a moment before interrupting Janeway mid-thought.

“Extrapolation complete. ZPE core power-up can be accelerated with an initial input of 90 petawatts, bypassing the starting 200-terawatt sequence. Immediate output will activate at baseline power levels. Peak power stability at warp core levels can be achieved in 45 seconds, provided no additional power demands are made during ramp-up. Additional refinement and testing recommended.”

Janeway raised an eyebrow, glancing at Torres with a bemused smile. “Remind me to teach the computer about patience.”

The crew shared a brief chuckle, tension easing.

Torres grinned. “We might as well make use of what we have, Captain. Even with all we’ve learned over the past year, the computer will always be faster and know more. This estimate gives us a solid starting point—I’ll refine the details.”

Janeway took a deep breath, surveying her officers. “Good. I don’t need to remind you all that the ZPE core and our other advanced systems give us a strategic edge, but as Tuvok pointed out, they also put Voyager on the map in ways we weren’t before. We need to be disciplined about when and how we use them.”

Tuvok spoke up once more. “To that effect, Captain, I suggest we establish clear restrictions on using the AI Forge framework.”

Torres bristled slightly but kept silent as Chakotay jumped in. “What kind of restrictions are we talking about?”

Tuvok maintained his usual measured tone. “Only that we follow the original premise Lieutenant Torres proposed—using it when we are ‘stuck’ in critical situations. Additionally, any modifications or R&D tasks should be reviewed before implementation.”

Torres exhaled sharply. “The first part, I agree with—obviously. And I suspect I understand the reasoning behind the latter, but I’d like to hear it from you.”

Tuvok resumed calmly. “The AI Forge allows us to develop solutions rapidly, which is highly beneficial. However, we have already observed that some major modifications are impractical. For example, our primary power conduits remain unchanged due to the downtime and structural work required. Similarly, extensive modifications to the warp drive to improve our maximum cruising velocity remain unfeasible and inadvisable given our current location. There are also physical and strategic limits to concealing such upgrades.”

Janeway folded her arms. “Tuvok, the AI Forge could allow us to radically improve our warp drive—potentially cutting our journey by years or decades. And it could help us evade the Borg entirely. I would think you of all people would support that.”

Tuvok remained composed. “In principle, Captain. However, such modifications at this time would attract unwanted attention. Despite our advancements, we are not invincible and remain cut off from Starfleet. I must also remind you that the ZPE core was initially envisioned to alleviate long-term resource shortages—not to be an all-encompassing solution.”

Torres crossed her arms, still unconvinced. “That’s true, but AI Forge has helped us push beyond that original goal. If we only use it to solve emergencies, we’re limiting ourselves.”

Kim hesitated before interjecting. “B’Elanna, I see where you’re coming from, but Tuvok has a point. Every major system change we make alters Voyager’s signature. The more radical the upgrade, the higher the chance someone—especially the Borg—will notice. Maybe we should be selective about what we enhance.”

B’Elanna frowned but nodded slowly. Chakotay cut in, his tone calm but firm. “I think we’re missing the bigger question. Do we trust ourselves to be disciplined with AI Forge, or do we need policies to make sure we don’t go overboard?”

Neelix, who had been listening intently, leaned forward. “From what I’ve seen, the crew is careful. But having guidelines might not be the worst idea. Just so we don’t end up constantly modifying things for the sake of modifying.”

The Doctor sniffed. “A little oversight wouldn’t hurt. I’ve observed how quickly enthusiasm for new technology can outpace caution. It’s a tale as old as time.”

Kes, who had remained quiet until now, spoke softly. “If AI Forge helps us survive, I think we should use it. But we also need to consider the risks, not just for us, but for anyone who might find out what we have.”

Janeway listened to them all, then turned back to Tuvok. “Just to be clear. You’re advocating for control and regulation, not prohibition.”

Tuvok inclined his head. “Precisely, Captain. A structured approach ensures we remain efficient and protected. It is a matter of discipline, not resistance to innovation.”

Janeway exhaled slowly, considering. “Alright. We’ll set up oversight procedures. No AI Forge-assisted upgrades without evaluation, except in emergencies.”

Torres still looked reluctant but relented. “Fair enough.”

Janeway smirked slightly and glanced around the table. “Anything else?”

The crew exchanged looks, but no one spoke. Janeway nodded, setting her hands on the table. “Let’s make this happen. Dismissed.”

As the meeting concluded, the officers left the briefing room with a renewed sense of purpose and caution. Voyager was more powerful and capable than ever before, but that power came with a heightened responsibility to remain vigilant. The crew was preoccupied about the potential future encounter with the Borg. Janeway in particular was unnerved at the idea they might be approaching their space.

 

[Deks]

The story jumps ahead to the time that roughly takes 3 days after 'Scientific Method' episode (for obvious reasons which were covered in the previous post).

“Seven of Nine’s Personal Log, Stardate 51247.5.
Adapting to this vessel continues to present challenges, yet the inefficiencies inherent in Starfleet’s methodologies offer opportunities for analysis and improvement. The Captain encourages my integration into the crew, but true efficiency requires understanding. As such, I have taken it upon myself to examine Voyager’s infrastructure in greater detail. My findings indicate deviations from standard Starfleet specifications—enhancements beyond what should be possible under Federation engineering constraints. These modifications are not part of Voyager’s original design. The question remains: why were they made, and why was I not previously made aware of them? This warrants further inquiry.”

Seven stood in Janeway’s Ready Room, a PADD in hand, reviewing the data she had gathered. The modifications were precise—intelligent in execution, yet curiously absent from official documentation. When the doors slid open and Janeway entered, Seven turned to face her, expression neutral.

"Seven, you wanted to see me?"

"I have been reviewing Voyager's systems, and noticed something unusual."

Janeway folded her arms. "How so?"

She handed the PADD to Janeway before answering. "This vessel’s configuration deviates from standard Intrepid-class specifications. The molecular structure of the secondary power conduits and fusion generators appears reinforced—capable of handling greater energy than is typical for Starfleet ships. When you approached the Collective to request safe passage through their space in exchange for developing technology that could defeat Species 8472, they overlooked these anomalies due to the confrontation. However, upon closer inspection, I found these alterations… unique."

Janeway examined her findings and exhaled slightly. "You’re perceptive, Seven. I expected you to notice sooner or later. However, before I answer your questions, I need an assessment."

She tapped her comm-badge. "Janeway to Tuvok. Report to my Ready Room."

"Acknowledged, Captain," came Tuvok’s response.

Moments later, the doors parted and Tuvok stepped in, his hands neatly clasped behind his back. His sharp Vulcan gaze briefly passed over Seven before he turned his full attention to Janeway.

"You wished to see me, Captain?"

"Seven has begun noticing certain modifications to Voyager’s systems. I suspect it was only a matter of time before she asked about them. Before I proceed, I want to hear your assessment of any security concerns regarding full disclosure."

Tuvok remained silent for a moment, considering. "Seven of Nine has demonstrated loyalty to this vessel on several occasions, including her recent efforts in neutralizing the alien experimenters. From an operational standpoint, she has had access to critical ship systems for over two months, and her ability to process vast amounts of data makes withholding information increasingly impractical. However, the core concern is not whether she can be trusted but whether this knowledge increases Voyager’s vulnerability should she be captured or compromised."

Seven straightened slightly. "I have no intention of betraying this crew."

Tuvok inclined his head slightly. "Intentions are not the issue. Practical contingencies are."

Janeway gave a small nod. "So your concern is not about whether she should know, but what could happen if that knowledge is accessed by an external force?"

"Correct, Captain. If this information was to be exposed to hostile entities—particularly the Borg—the consequences would be severe. However, given Seven's current position and her ongoing integration into the crew, full disclosure would be logical."

Seven looked from Tuvok to Janeway. "Then there is no logical reason to continue withholding this information."

Janeway studied her for a moment, then nodded. "Agreed. But, I want B'Elanna here. She’s been at the heart of this from the beginning, and the best person to explain things."

She tapped her comm-badge again. "Janeway to Torres. Report to my Ready Room."

"On my way, Captain." As the channel closed, Janeway turned to Tuvok. “Thank you for your insight Tuvok, You may return to your station.” Tuvok merely nodded in compliance. “Understood Captain. Seven.”

A moment later Torres entered just as Tuvok left. Her posture stiffening slightly when she saw Seven in the ready room.

Janeway gestured toward her engineer. "Lieutenant, Seven has been analysing Voyager’s infrastructure and noticed some… discrepancies, particularly in the secondary systems. It’s time we brought her up to speed."

She shot a wary glance at Seven, who merely looked at her expectantly.

Janeway noticed this. “It’s all right B’Elanna. You saw Tuvok as you were coming in. He agreed that Seven should be briefed.”

Torres exhaled sharply, arms crossing as she leaned against the bulkhead. "I had a feeling this would happen sooner or later. Fine. Almost two years ago, we encountered a power crisis—a spatial scission anomaly that duplicated Voyager temporarily. By the time the ordeal was over, we were left with dangerously low antimatter reserves. At that point, I had to think of something… unconventional to keep us going. So, I developed an R&D framework called the ‘AI Forge.’ It allowed us to iterate on Starfleet’s research in ways we couldn’t do before."

Seven, seated across from her, tilted her head in curiosity. "AI Forge? A Starfleet-grade artificial intelligence research framework?"

Torres nodded. "Yes. I used it to create an advanced computer core processor, which then allowed us to improve our fusion generators and, ultimately, develop a fully replicable Zero Point Energy core in a fraction of the time it would have taken our older one. The framework drew on classified Federation research into Zero Point Energy and Quantum Torpedoes."

Seven’s eyebrow arched slightly. "A Zero Point Energy core… created with Federation technology and replicable materials? Based on my knowledge of the Collective’s understanding of this technology, such a core would require non-replicable materials to handle the required energy stability and extraction. This level of advancement seems… improbable."

Torres smirked slightly, half amused, half defensive. "To you, perhaps, but that’s exactly what we did. By using the AI Forge to refine the design down to the smallest detail, we were able to build the core entirely with replicable materials. The iterative simulations allowed us to overcome limitations that would have required specialized alloys and components. Despite the primitive nature of the materials, when composed together, they actually come close to rivalling contemporary ones and were able to simulate quantum effects."

Seven’s expression remained neutral, but there was a flicker of something in her gaze—perhaps a sliver of respect. "Impressive. The Collective would have found this technology valuable. Had they detected it onboard during the conflict with Species 8472, it is highly likely they would have attempted to assimilate Voyager earlier."

Torres chuckled dryly. "Glad we dodged that bullet."

Seven’s analytical mind, however, remained focused on the implications. "And yet, if the technology exists as you describe, it raises another question: Why did the Collective not detect the core in Voyager’s systems when this vessel was in close proximity to a Borg cube?"

Janeway and Torres exchanged a brief glance. It was a fair question, and one they had prepared for.

"When we first realized we might be approaching Borg space," Janeway explained, "extensive measures were taken to hide it. One precaution was upgrading Voyager’s inefficient antimatter generator using the AI Forge."

Torres took over. "The upgrade allowed it to produce 5-10% of our antimatter reserves weekly when powered by the ZPE core. Once we replenished the antimatter, and just before we entered Borg space, we switched back to the Warp core, shut down the ZPE core completely, disassembled it, and stored it in hidden compartments throughout the ship. The parts were disguised to look unremarkable. We even managed to replicate deuterium with subatomic precision using our replicator-transporter network before removing the ZPE core."

Janeway leaned forward slightly. "We filled those photon torpedoes with regenerated antimatter and deuterium to complete the deception. The idea was to make Voyager look as standard as possible—nothing that would interest the Borg. The ZPE core’s material construction played into that."

Seven gave a slight nod. "Your caution was… logical. The Collective would not have expected such ingenuity from Starfleet. However, your mention of replicating matter with subatomic precision suggests the advancements were not limited to the computer core processor or the ZPE core."

Janeway’s expression softened slightly. "The network was mainly needed for the advanced processor. Shortly after we had the ZPE core in place, a topic was broached about our dwindling supply of torpedoes. B’Elanna used the AI Forge to design ZPE-based quantum torpedoes that were also fully replicable. They’re considerably more powerful than standard quantum torpedoes used in the Alpha Quadrant—ten times the yield total. That setting brought about potential hazards, so we instigated contingencies to limit them to five times the output for safety reasons. Fortunately, we never had to use them at either of those settings."

Seven’s eyes narrowed slightly as she processed this. "Five to ten times the yield? That is… unexpected. I was unaware Federation technology was capable of such advancements, especially with replicable materials. The development of such weaponry would require precision and stability that even the Borg find challenging to replicate."

Torres gave a half-smirk. "The AI Forge helped refine the design down to something our replicators could produce safely, which also allows us to make the torpedoes in combat should it become necessary."

Janeway nodded. "Much like the ZPE core, the torpedoes were heavily disguised to resemble standard photon torpedoes when offline or in use, and we hid them in a specialized pattern buffer."

Seven absorbed the details, her expression thoughtful. Janeway sensed the shift—Seven was beginning to understand just how much the crew had accomplished on their own.

"Seven," Janeway said, her voice measured, "you need to understand that this technology is a responsibility, not just a tactical asset. We’ve developed it to survive and, hopefully, to one day get home."

Seven hesitated for a brief moment before responding. "Of course Captain. However… have you considered transmitting the data to the Federation over subspace? Even if Voyager is unable to return soon, the message would still reach them far quicker than we could."

Janeway sighed. "In theory, yes. But sending sensitive information over subspace from this distance is extremely risky. Even if the message was encrypted and reached Starfleet intact, the chances of it being intercepted along the way are high. Any number of species with hostile intentions could pick it up—and that includes the Borg. Not to mention that even if the message only contained Voyager’s own status, and nothing of critical nature, there might be anomalies or other phenomena we can’t account for to deflect or stop the transmission. Because of this and until we find a more reliable method of contact, we hadn’t initiated contact."

Seven nodded, now fully grasping the practical and strategic limitations. Janeway and Torres exchanged a look of mutual understanding, reinforcing their commitment to safeguarding these advancements.

Torres leaned forward slightly. "And trust me, Seven, we’ve made sure that this technology stays under our control. The AI Forge and ZPE core are locked down with multiple fail-safes. We even put strict security measures in place to ensure we only use the AI Forge when needed. If this ship were ever compromised, it wouldn’t be easy for someone else to access them."

Seven considered that before responding. "Understood. Given this information, I believe I could assist in optimizing certain aspects of the ZPE core’s output. Borg knowledge includes multiple pathways to increase energy efficiency."

Torres scoffed lightly but didn’t dismiss the offer outright. "We’ve managed just fine without Borg ‘efficiency.’ But if you have any useful insights… I suppose I’m willing to listen."

Seven gave a slight nod, as close to an acknowledgment of mutual respect as she had given Torres thus far.

"Captain," she continued, "may I see the ZPE core in operation? Despite my experience in the Collective, this is a unique piece of technology, and I would not wish to miss the opportunity to work with it first-hand."

Janeway’s lips curled into a small smile. "I think that can be arranged—on a provisional basis. And Seven, remember that everything we’ve discussed here remains confidential. This information does not leave Voyager."

Seven replied. "I will comply."

Janeway nodded in satisfaction. She turned to Torres, who looked slightly more at ease than before. "B’Elanna, you have my permission to re-integrate the ZPE core. Brief Seven on the specifics she needs for this."

Both women nodded, a tentative truce forming between them as they left the Ready Room together, ready to work on Voyager’s technological secrets.

“One more thing.”

They paused.

“Seven, given your familiarity with Borg transwarp systems, I’d like you to consider something.” Janeway stepped around her desk, thoughtful. “Between your knowledge and AI Forge’s iterative capabilities… could we develop our own version of the transwarp drive?”

Seven blinked once, then looked at Torres.

The engineer’s response was immediate. “With respect, Captain—no.”

Janeway raised an eyebrow.

Torres pushed off the bulkhead, arms folding across her chest. “We’ve been down that road before. You remember what happened the last time we tried integrating even basic transwarp mechanics.”

Janeway nodded grimly. “I haven’t forgotten.”

“I wasn’t informed of the AI Forge at the time,” Seven noted.

“No,” Torres admitted. “But even with it, there’s a bigger problem. Structure. Voyager’s systems can’t survive the output.”

Seven considered that. “The structural integrity field could be modified and the Warp core potentially modified to prevent Tachyon particles from leaking into the propulsion system.”

Torres shook her head. “Modifying the Warp core is tenuous task at best, while the SIF can only do so much. Our hull plating, power conduits, and inertial dampeners—none of them were built for that kind of subspace shear. The Warp core could be taken offline and we could use the ZPE core, but there are uncertainties with testing the core in practice with Transwarp since the Forge designed it to work with the Warp drive mainly. And it would take the Forge longer to develop reliable simulations for Transwarp powered by the ZPE core itself. Bottom line is, if we simply try it like before and only the ZPE core, we could end up worse off than before.”

She paused, then added, “We already established that even with the replicator-transporter network, rebuilding Voyager’s infrastructure would take time—and we’d need to be docked. Not in motion. As Tuvok pointed out before, the Delta Quadrant is a dangerous place. We don’t have the luxury of a subspace tear to keep us hidden—and even if we did, I’m not eager to risk creating another massive subspace instability.”

Seven was puzzled. “Subspace tear? I wasn’t aware...” – Torres quickly said: “Another time”.

Janeway leaned back slightly, absorbing the exchange. “So until we’re able to stop long enough to rebuild half the ship in a properly secluded location…”

“No transwarp,” Torres finished.

Seven gave a short nod of understanding. “Then I will forgo the suggestion for now.”

“Alright,” Janeway said softly. “But keep the idea alive. We could at least task the AI Forge to do it in the background and potentially revisit it someday.” Torres simply noded.

Voyager, Engineering

Seven of Nine stepped into Engineering, her expression as impassive as ever, yet her eyes scanned the controlled chaos of activity around her. Lieutenant Torres was at the center of it all, directing her team as they worked with precise efficiency. Lieutenant Carey, Ensign Vorik, and Susan Nicoletti led their respective teams, each responsible for transporting and reassembling various components of the disassembled Zero-Point Energy (ZPE) core. Crates of specialized components were carefully maneuvered into position as the final stage of the operation began.

Torres turned as she noticed Seven approaching. “Glad you could join us, Seven. You wanted to see the ZPE core in action? You’re just in time to watch the assembly.”

Seven’s gaze drifted to the core components being positioned. “Indeed. Disassembling the core and distributing it throughout the ship was a creative approach to concealment, though it seems... inefficient.”

Torres smirked. “When you’re stuck in the Delta Quadrant with the Borg on your tail, you find ways to be resourceful. We had to ensure that no one could locate the entire core. And this isn’t exactly standard-issue technology.”

Seven raised an eyebrow, intrigued but unsurprised.

Carey arrived, carrying a large section of the core’s outer housing. “Here’s the last component, Lieutenant. We’ll be ready to lock it into place as soon as the internal modules are secured.”

Torres nodded. “Thanks, Joe.” She turned to the others. “Let’s start positioning the primary containment modules. Nicoletti, prep the injector assembly.”

Nicoletti signaled her team. “Understood, Lieutenant. We’ll have it ready in two minutes.”

As Torres oversaw the process, Seven approached, eyes trailing over a core module being maneuvered into position. “The alloy composition used here is uncommon. Not a typical choice for high-energy applications.” She turned toward Torres. “Which specific materials did you utilize to balance energy stability?”

Torres allowed herself a small grin. “Dielectrics, graphene, synthetic diamonds, carbon nanotubes, and adaptive metamaterials, for starters. The AI Forge helped us achieve stability by simulating numerous iterations until we had a replicable structure that could sustain the energy output.”

Vorik joined the conversation, his Vulcan precision evident in his measured tone. “Lieutenant Torres initially encountered problems with the ship‘s computer prior to creating the AI Forge. I believe the potential for instabilities was at first ten to fifteen percent, which was later refined to a much more acceptable and manageable range of three percent.”

Seven tilted her head slightly. “That level of refinement is notable. However, based on what I know of Zero-Point Energy from the Collective’s knowledge base, achieving true stability would be challenging without adaptive regulation mechanisms.”

Carey secured another module before adding, “The AI Forge took care of that, working with the three-percent margin of instability and creating a dynamic power output system. But the core wasn’t perfect. It destabilized a seemingly stable subspace tear at a distance of thirty astronomical units. It took some creative thinking to seal it.” He glanced at Torres. “That wasn’t the AI Forge’s fault, though. The issue didn’t happen until we pushed the ZPE core to forty-four percent of the warp core’s output. Also, using replicable materials does limit the core’s maximum potential output, reducing it from a theoretical one hundred times the warp core’s power to fifty times.”

Seven’s brows furrowed slightly. “Using replicable materials limits the theoretical output, but you managed to create a dynamic regulation system.”

Torres nodded. “Exactly. When we first brought the ZPE core online, it adapted to our systems. The advanced computer processor helped with that too. It was also decided to keep the core near its baseline of ninety petawatts for safety reasons, with additional security measures in place to prevent interactions with potential local subspace instabilities.”

Nearby, Nicoletti and her team finished securing the injector assembly. Seven observed the methodical process and nodded approvingly. “I may be able to suggest adjustments based on Borg efficiency protocols to optimize energy regulation without compromising stability.”

Torres rolled her eyes slightly but smirked. “Just no assimilation-style solutions.”

Nicoletti signaled readiness. “Injector assembly is secured, Lieutenant.”

Torres turned back to her team. “Good work. Lock down the containment field emitters and bring it online in stages. Vorik, prepare the conduits to accept the initial power flow.”

Vorik tapped at the controls. “The EPS grid is ready to route power from the core. On your command, Lieutenant.”

Torres turned to Seven. “I’ll walk you through the standard sequence. We start with an initial power input of two hundred terawatts, then sustain five petawatts for one minute to allow the core to reach self-sufficiency. From there, we cycle down energy from the warp core and fusion reactors.”

Seven watched intently as Torres initiated the startup. The hum of the core filled the room, growing in intensity with each phase. She studied the readouts, brow raising slightly. “The stability is more refined than I anticipated. The dynamic regulation is... advanced.”

Torres smirked. “What, you thought we’d slap this together without safeguards?”

Seven gave the smallest nod of concession. “It is impressive. The Collective would have pursued this technology if they could ensure such stability. Zero-Point Energy was found to be too volatile.”

Carey monitored the readouts. “Approaching eighty percent capacity, Lieutenant. Everything’s within safe thresholds.”

Torres nodded. “All right, final phase. Bringing it to full capacity.” She turned to Seven. “This is as high as it goes with our current setup.”

Seven watched as the core stabilized at full output, the low-pitched resonance settling into a steady hum. “Your approach demonstrates adaptability the Collective underestimated.”

Torres crossed her arms. “We may not be the Collective, but we know how to manage our technology. Now that you’ve seen it, maybe you’ll stop doubting it.”

Seven remained expressionless. “I do not doubt the core’s functionality—merely your restraint.”

Torres grinned. “Point taken.”

Janeway’s voice cut through the comms. “Janeway to Torres. We’re reading an increase in efficiency up here. I take it the ZPE core is back online?”

Torres smirked. “Yes, ma’am. We’re at full capacity, and stable as can be. I’ll cycle it down to lower levels after I check it over fully.”

Janeway sounded pleased. “Excellent. Carry on. Janeway out.”

Seven regarded the core, something almost like fascination flickering in her expression. “I would like to analyse the energy flow over the next few cycles. Potential optimizations may exist that would improve efficiency—without compromising stability.”

Torres nodded. “Fine, just no shortcuts. We do this by the book.”

Seven met her gaze with what could almost be considered respect. “I recognize your reluctance to deviate from a proven method. Your experience with the core’s management is evident.”

Torres smirked. “And I intend to keep it that way.”

For the first time, an unspoken understanding passed between them—two individuals of vastly different backgrounds, but with the same goal: ensuring Voyager’s survival.

 

[Deks]

Voyager, Torpedo Bay

Voyager’s torpedo bay hummed with quiet efficiency, its sterile lighting casting a cool glow over the meticulously aligned rows of photon torpedoes. Each casing gleamed under the overhead illumination, ready for deployment. Among them, thirty-two standard photon torpedoes stood prepped and waiting. Seven of Nine entered the bay with measured steps, hands clasped behind her back, her sharp gaze scanning the details with interest.

Lieutenant B’Elanna Torres led the way, her expression a mix of curiosity and pride. She tapped her comm-badge. “Torres to Carey. Joe, I need you to take one of the ZPE torpedoes from the pattern buffer and materialize it at my location. Deactivated, of course.”

Carey’s voice came back through the comms, crisp and efficient. “Acknowledged, Lieutenant. Initiating transport now.”

A moment later, the transporter hummed to life, depositing a single torpedo onto the central examination platform. At first glance, it was indistinguishable from its standard photon counterparts, its sleek casing exuding an air of familiarity. Yet, to those who knew better, there was an underlying presence to it, a silent promise of raw power lurking beneath its unassuming exterior.

Seven approached the torpedo, running a quick scan with her tricorder. “Externally indistinguishable, as intended,” she noted, her tone both observant and approving. “Impressive. The sensor profile would seem to evade even advanced scans.” She adjusted the tricorder’s display and continued, “It was also mentioned that at ten times the yield of standard quantum torpedoes, some instabilities could occur.”

Torres crossed her arms, her stance shifting slightly. “Yes, we noted that potential problem while testing the prototypes. I suspect it persists due to the use of replicable materials themselves. But since we have yet to use these warheads past regular quantum torpedo yields, and given that they release pure quantum energy—which already improves their effectiveness over standard quantum torpedoes—solving that particular problem wasn’t a priority.”

Seven’s brow lifted slightly. “That seems inefficient.”

Torres let out a breath, a hint of exasperation in her voice. “You know, it’s not like we’ve been sitting on our rear ends doing nothing all this time. With everything that’s been going on, we haven’t had much time to work on these or other issues. And since we hadn’t detected any problems at five times the yield, we figured the torpedoes were already versatile and powerful enough to fit most of our needs.”

Seven studied the torpedo, her gaze steady. “I would not be so certain.”

Torres narrowed her eyes slightly. “What’s that supposed to mean?”

Seven ran her fingers lightly along the casing. “You assume that an engagement requiring more than five times the yield is unlikely. That assumption is flawed.”

Torres sighed, arms still folded across her chest. “It wasn’t an assumption, per se. We figured it would be enough until we had time to resolve those issues properly.”

Seven remained analytical. “At five times the yield, these torpedoes are formidable. However, the Borg are capable of adaptation. They have encountered species resilient to their most advanced weaponry. Species 8472, for example, required an entirely new form of armament to counteract their biological resilience—something the Doctor helped develop. The Collective did not anticipate the full extent of their resistance quotient… until it was too late.”

Torres’s expression darkened slightly. “Actually, we did speculate about the possibility of species more advanced than the Borg—back when we encountered a disabled cube in the Nekrit Expanse, about five months before we reached Borg space.”

Seven turned her full attention to Torres. “Explain.”

Torres shook her head, recalling the event. “Long story. Short version? At first, we thought an advanced species took it down, but it turned out the cube was disabled by a massive electromechanical discharge that originated from the local instability of the Nekrit Expanse. It was destroyed shortly after. But the fact that we even considered the possibility means we knew something like that could exist.”

Seven processed the information before responding. “That speculation was not unfounded. The galaxy is vast. It is statistically improbable that the Borg represent the pinnacle of technological development. There may be species or constructs capable of resisting, if not outright surpassing, the Borg’s capabilities.”

Torres exhaled, staring at the torpedo. “And if we ever come across one, five times quantum yield might not cut it.”

Seven nodded. “Precisely. If instability prevents us from using or going beyond ten times quantum yield, then we have imposed a limitation upon ourselves—one that may prove fatal in an unforeseen engagement.”

Torres let out a slow breath, considering. “Look, I get what you’re saying, but let’s be realistic. The likelihood of Voyager running into something that advanced isn’t exactly high. Right now, these torpedoes are already a huge step forward, and we can use them at maximum yield if it becomes necessary. We just need to be careful about it. In the meantime, we can work on resolving the instability at ten times yield before we start worrying about pushing beyond that.”

Seven inclined her head. “A compromise.”

Torres smirked. “Exactly. We can bring the idea to the Captain, but we should keep our priorities straight.”

Seven considered this for a moment, then gave a short nod. “Very well.”

A brief silence stretched between them before Torres turned back to the torpedo. “Anyway, back to the essentials. We adapted ignition protocols from standard photon torpedoes while incorporating safeguards developed during the ZPE core research.”

Seven studied the readings. “Logical. Though even a standard quantum torpedo is highly effective, this safeguard would further ensure compatibility with existing launchers and safety procedures.”

Torres nodded. “We needed a design that could operate under high-stress scenarios without compromising the ship’s safety. Concealing the true nature of our technologies came after as a modification.”

Seven paused, glancing up at Torres. “The Borg would consider such strategic deception inefficient. However, your precautions were warranted.”

A small smile played on Torres’s lips. “Well, as you pointed out before, the Borg are adaptive, and we used these torpedoes in another engagement just under a year ago where those measures were necessary.”

Seven ran her hand lightly over the torpedo’s surface, deep in thought. “I suggest reviewing the alignment of the containment field emitters? An adjustment could enhance discharge stability by two percent.”

Torres raised an eyebrow. “I’ll consider it, but only after verifying it won’t affect our current configurations.”

Seven stepped back, an air of mutual respect passing between them as they regarded the dormant weapon before them. In this moment, two brilliant minds stood aligned, bound by necessity and a shared determination to protect Voyager.

Seven eventually spoke again. “Will the ZPE torpedoes be re-integrated into Voyager's armament now that I have been briefed on these technologies?”

Torres exhaled, mulling it over. “That decision is up to the Captain, but if I know her, she’ll likely integrate a few alongside the standard photons we have. Speaking of which, could you provide some options to further conceal the ZPE torpedoes as standard photons?”

Seven tilted her head slightly in thought. “I may be able to implement granular adaptive energy masking algorithms and modify the torpedo's sensor profile to mirror that of standard photon torpedoes. This would ensure further consistency in visual and sensor readings at higher yields.”

Torres nodded thoughtfully. “We should work on creating a proposal for this and other modifications before we bring it to the Captain.”

In this moment, two brilliant minds stood aligned, bound by necessity and a shared determination to protect Voyager—but only in this moment.

 

[Deks]

This section of the story has the EMH's debrief with SF HQ we never saw (adjusted to this particular story)

Stardate: 51324.3

Bridge of the USS Prometheus

Following the Prometheus’ liberation, Starfleet officers spent half a day running diagnostics and ensuring no Romulan surveillance remained before establishing a secure long-range subspace link to HQ. The Doctor appears on screen, greeted by Admiral Hayes, who looks intrigued and a bit surprised to see the EMH from Voyager reporting in.

Admiral Hayes: “Doctor… I was told that you are Voyager’s Emergency Medical Hologram. Needless to say this came as a bit of a surprise.”

The Doctor: “Thank you, Admiral. I can imagine this transmission may be… unusual. Voyager has been through a great deal since we disappeared in the Badlands over three years ago.”

Admiral Hayes: “We officially declared the vessel to be lost fourteen months ago. This moment means more than you know to Starfleet. Tell me—what happened to your ship?”

The Doctor: “It’s a complicated story, Admiral. Voyager was transported seventy five thousand light-years away to the Delta Quadrant by a powerful extra galactic alien entity we know as the Caretaker through his installation, the Array. During the transition, we lost multiple members of the crew, including our First Officer Commander Cavit, our Chief Medical Officer, Lieutenant Stadi the conn officer and our Chief Engineer.”

Admiral Hayes: [concerned] “That’s unfortunate to hear. It sounds as if the crew went through a terrible ordeal.”

The Doctor: “Indeed, Admiral. The challenges have been considerable. However, we also managed to compensate for some of our losses.

Admiral Hayes: “How so Doctor?”

The Doctor: “The Maqui we were originally sent to find. Captain Janeway incorporated them into Voyager after their vessel was destroyed. Commander Chakotay was reinstated and became our First Officer, while Mr. Paris was given a field promotion of Liutenant early on due to his excellent piloting skills. And we also retrieved Lt. Tuvok who of course assumed his previous position as Captain Janeway’s security officer. Ms. Torres who was Chakotay’s engineer on his old ship was also given a field promotion of Liutenant and appointed chief Engineer about a week after we began our journey back to the Alpha Quadrant.”

Admiral Hayes: “How did Captain Janeway decide to promote the Maqui to such a level?”

The Doctor: “Circumstantial necessity Admiral. You have to understand that there were initially significant tensions on Voyager due to the two crews being in such close proximity and some of the Maqui had previous Starfleet training like Commander Chakotay. He was the one who advocated for Torres. Captain Janeway was reluctant to elevate her to such a position, however, a situation arose early on where she demonstrated her admirable engineering skills.”

Admiral Hayes: “I see. What about this Caretaker entity you mentioned and his Array? What happened to them?”

The Doctor: “The Caretaker was pulling ships from different parts of the Galaxy in an attempt to find a replacement for himself, someone who would care for a species he was looking after. The Ocampa. After we arrived and his search failed, we learned that he was was dying due to natural causes. He decided to initiate self-destruct of the Array in the hopes the Kazon do not take control of it and steal other species resources, including the Ocampa’s. There was a conflict between Voyager, the Maqui ship and the Kazon which was unavoidable, and it culminated with the Maqui’s ship destruction and damage to the Array which disabled its self-destruct mechanism. As a result, Captain Janeway made the decision to destroy the Array, which stranded Voyager in the Delta Quadrant.”

Hayes didn’t like what he was hearing: “Doctor, from what you’re saying, it seems that Captain Janeway knowingly violated Prime Directive. Are you certain this is what happened?”

The EMH was a bit uncomfortable at the question but quickly composed himself: “Sir. Please understand that Captain Janeway acted in accordance to Starfleet principles.”

Hayes: “Care to explain how?”

The Doctor: “The Caretaker emphasized the station must not fall into the hands of the Kazon, as he feared they would not just steal resources, but annihilate the Ocampa. Furthermore, the Array didn’t belong in the Delta Quadrant, and it was the Caretaker’s original intent to destroy it. Captain Janeway interpreted his last words as a dying plea, and acted accordingly. This was not a violation of the Prime Directive.” – he took a moment before continuing. “Admiral, to the best of my knowledge, Voyager was forced into this situation, and I think Captain Janeway did the best she could under the circumstances. For what its worth, I cannot say I disagree with her decision to destroy the Array.”

Hayes raised his hand to stop the EMH from talking, and took a moment to process the Doctor’s words and the implications. He couldn’t shake the feeling Janeway seemingly broke the Prime Directive, but what the Caretaker said, at least according to the Doctor could be interpreted as a dying plea… a formal request. In which case, the Prime Directive wasn’t violated but maybe bent… and he wasn’t sure he would have acted differently. The circumstances were unconventional, but ultimately he understood the Captain’s reasoning. “I understand Doctor. Thank you for putting things into perspective. I do believe that Captain Janeway did not willingly set out to violate the Prime Directive. Still, the situation was as you mentioned… unconventional.”

The Doctor was relieved to hear that. “Thank you for understanding Admiral.”

As Hayes demeanour softened, he asked his next question “Have you had contact with any other alien species in the Delta Quadrant?”

The Doctor: “Yes sir. We came into contact with numerous alien species—some hostile, others more amicable. Early on we encountered a Talaxian trader Neelix and his companion, Kes, a member of the Ocampa species I previously mentioned. They were instrumental in helping us navigate the region. Neelix has since become our morale officer, honorary ambassador and cook, while Kes eventually joined me in Sickbay as a medical assistant. Her natural empathy and unique physiology have made her an invaluable member of the crew.”

Admiral Hayes: [nodding with interest]
“An intriguing addition. And the other alien species you encountered—did any pose a significant threat?”

The Doctor:
“Several did. As you recall, I mentioned the Kazon. A territorial and aggressive species who considered us interlopers. One of their most notable actions was aiding Seska, a former Maquis crewmember who turned out to be a Cardassian spy. She defected to the Kazon, providing them with critical intelligence on Voyager. Her betrayal forced the crew to adapt quickly to the hostile environment. Then, there were the Vidiians, a race plagued by a disease called the Phage. While their medical technology is extraordinary, their desperation led them to harvest organs from other species, including members of Voyager’s crew. Captain Janeway was able to resolve some of these encounters diplomatically, but not all.”

Admiral Hayes:
“It sounds as if Voyager has been a constant target since entering the Delta Quadrant. How has the crew managed to maintain their cohesion under such circumstances?”

The Doctor:
“Captain Janeway’s and Commander Chakotay leadership have been vital in that regard, but we have made some friends as well – a process which wasn’t made easy by the Kazon who were spreading unwanted rumours about Voyager. The Captain made it clear from the outset that Starfleet principles would guide us, no matter how dire the situation. Commander Chakotay’s ability to bridge the gap between the Maquis and Starfleet crews was equally critical. And, of course, Lieutenant Torres—her ingenuity has helped us overcome numerous technical challenges.”

Admiral Hayes: [thoughtful]
“What sort of challenges are we talking about?”

The Doctor:
“Anything from resource scarcity to critical system failures. Lieutenant Torres has rebuilt critical systems, modified one of our impulse reactors into a crude dilithium refinery, and even adapted alien technology when necessary.”

Admiral Hayes: “I can see why you speak highly of her. Please continue.”

The Doctor: “One of her most significant contributions came after an incident involving a spatial scission anomaly approximately two years ago. That anomaly split Voyager into two identical ships, each sharing a single antimatter supply. This left us critically depleted. The situation was made worse by an attack from the Vidiians. Our counterparts initiated a self destruct which destroyed not only the other Voyager but also the Vidiian ship.”

Admiral Hayes: [leaning forward, intrigued]
“I see. A spatial scission anomaly is a rare phenomenon.”

The Doctor:
“Yes, Admiral. When the ordeal ended, we were left with less than 20% of our antimatter reserves. This forced Lieutenant Torres to innovate further, optimizing Voyager’s power systems while investigating alternative energy strategies. But, Admiral…” [The Doctor pauses, his tone becoming even more serious.] “For the next part, I’d like to request maximum encryption level.”

Hayes, sensing the weight of what’s to come, activates a more secure encryption protocol and the LCARS system notifies both that the encryption level has been enhanced.

Admiral Hayes: [nodding, activating encryption] “Done. Go ahead, Doctor.”

The Doctor: “Thank you. To address our power crisis, Lieutenant Torres developed a fully operational and replicable Zero Point Energy core. This core has powered Voyager for over a year providing us with virtually inexhaustible energy.”

Admiral Hayes: [astonished] “Doctor, that’s… unprecedented. A replicable ZPE core on Voyager? Developing one of those requires knowledge, technology and resources even our top facilities would struggle with. How could Torres accomplish this?”

The Doctor: “The process began with a framework she designed—she called it the ‘AI Forge.’ Unlike standard simulations, it uses algorithms to conduct iterative simulations, refining complex technology through countless of permutations until an optimal result is achieved.”

Admiral Hayes: “Doctor, you’re suggesting this framework could conduct research beyond given parameters?”

The Doctor: “Precisely. From what I was told, Lt. Torres set it up to utilize Federation research on Zero Point Energy and quantum torpedoes while aiming for 99.99% viability, ensuring that final outputs behave the same in the real world as they do in simulations, minimizing practical testing. Each iteration went through stringent ethical, verification and validation checks before it was integrated into new simulations.”

Admiral Hayes: “Incredible. So this AI Forge essentially compressed decades or more of R&D into what exactly?"

The Doctor: “Days sir.. The initial R&D process began with the advanced computer core processor. The AI Forge ran simulations continuously using Voyager’s original processor at 80%, refining billions of permutations within five days. But that design required some non-replicable materials. Once it was fully developed, it was installed in Voyager’s secondary computer core. With this enhancement in place, Torres used it to improve our fusion generators, taking only two days to finalize a design that doubled their output while significantly reducing fuel consumption.”

Admiral Hayes: [astonished] “Five days for a processor, two days for fusion generator enhancements… This is on a scale we’ve never seen. And you mentioned the improved processor required non-replicable materials. Do you know how the crew made them?”

The Doctor: “Lt. Torres networked 100 standard replicators on board Voyager and linked them to the transporter. This configuration gave our replicators subatomic precision capabilities which allowed us to fabricate the computer core processor delicate components.”

Admiral Hayes: “That’s a novel approach. Does this mean you managed to essentially mimic industrial grade replicators on Voyager with increased capabilities?”

The Doctor: “Yes sir, and with the upgraded computer core processor and fusion generators fully operational, Torres and her team then tackled the ZPE core. The Forge developed a fully replicable ZPE core design within five days, providing Voyager with a near-inexhaustible energy source.”

Admiral Hayes, visibly in awe, processes the implications of what Torres and the crew of Voyager have achieved, recognizing the impact of these innovations on Voyager's sustainability and Starfleet’s potential operations.

Admiral Hayes: [impressed] “A fully replicable ZPE core in just 5 days… this alone could redefine Starfleet’s entire operational framework. But, Doctor, I have to ask— you said Voyager was dealing with severely low antimatter supplies. How did Torres manage such an energy-intensive project under those conditions?”

The Doctor: “She began by extrapolating precise energy requirements for each phase, and we located a dense asteroid within an uninhabited M-type star system. By using matter recycling from the asteroid, Torres was able to replicate the resources needed without drawing extensively on our remaining antimatter. The computer core processor was the only thing that needed subatomic precision, but it was minimized to the point where it was well within out power reserves capabilities. The AI forge made sure of that. Captain Janeway deemed the risk acceptable, so she approved the project.”

After a brief pause, the Doctor continued.

The Doctor: “The star system we did this in had a subspace tear that blocked sensors. It wasn’t ideal, but it gave us cover while we collected resources and conducted these extensive upgrades. Mr. Neelix was helpful in providing information on the local area of space while Commander Chakotay identified this spot for its strategic advantages, and we spent over two weeks there.”

Admiral Hayes nods, visibly impressed, absorbing each point as he contemplates how Voyager’s breakthroughs could impact Starfleet at large.

Admiral Hayes: “Doctor, the sheer resourcefulness of Voyager’s crew is remarkable. Is there anything else Lt. Torres and the crew developed?”

The Doctor: “Yes. Once the ship was running on ZPE power, a subject was broached by Commander Chakotay and now Lt. Cmmdr. Tuvok about our dwindling supply of photon torpedoes. Torres used the AI Forge to design fully replicable ZPE-based quantum torpedoes without antimatter leveraging the knowledge it gained from the ZPE core in just 3 days. With the ZPE core in operation, she was able to outfit Voyager with these torpedoes, each carrying up to ten times the maximum power output of standard quantum torpedo.”

Admiral Hayes: [astonished] “Ten times? And all from replicable materials?”

The Doctor: “While I’m not privy to every detail, I do know that Lieutenant Torres adapted certain systems from photon torpedoes, thanks to which Voyager was able to fully restock its torpedo storage to the ship’s maximum capacity—one hundred torpedoes, as opposed to the thirty-eight we started with.”

Admiral Hayes raises an eyebrow, visibly intrigued as he considers the tactical implications.

Admiral Hayes: “Incredible. Replicable ZPE torpedoes, and in such quantity. These alone would give Voyager a formidable advantage in a hostile quadrant. I hope your crew took the necessary steps to protect these technologies?”

The Doctor: “Yes, Admiral. Captain Janeway has been judicious in using these enhancements. We’ve had to navigate the Delta Quadrant carefully, weighing when to reveal what capabilities we have and ensuring we don’t alter the balance of power among the species we encounter. The ZPE torpedoes, while powerful, are typically used only when absolutely necessary, and even then at minimal yields. We even disguised them to emulate photon torpedoes in appearance and power.”

Admiral Hayes sits back, visibly impressed but also aware of the gravity of such advancements, particularly in the midst of Starfleet’s current conflicts.

Admiral Hayes: “Doctor, this level of innovation is unheard of. We will certainly want to know more about the AI Forge, the ZPE core, and these other technologies the crew developed. The potential applications of this technology—especially in our current war with the Dominion—are staggering.”

The Doctor: [curious] “Admiral. This war with the Dominion… I briefly heard the Prometheus EMH mention it, but I had no idea the situation was this severe. Is the conflict affecting all of Starfleet?”

Admiral Hayes: [sighing] “Yes, The Dominion is an organisation from the Gamma Quadrant we encountered in one of our expeditions through a Bajoran Wormhole. It happened shortly before Voyager disappeared, so I suspect Captain Janeway would have some knowledge of them. The Dominion has challenged us like no other adversary and what we learned about them paints a very nasty picture. They have genetically modified soldiers the Jem’Hadaar, shapeshifters known as Founders who act as their leaders, impressive ship-building facilities that rival if not surpass our own, and have formed a power base in the Alpha Quadrant after forging an alliance with the Cardassians. This technology your crew developed could be pivotal in keeping Starfleet operational, maybe even winning the war.”

The Doctor: [concerned] “I understand, but Admiral, what I told you is the extent of the knowledge I have on the subject matter. As I mentioned, captain Janeway has been cautious about deploying this technology too openly. The power it provides requires responsible handling.”

Admiral Hayes: “Rest assured Doctor that any data Voyager provides will be handled with outmost care. Its something of a standard protocol these days. But it’s clear we could benefit immensely from this knowledge. Imagine being able to replicate ‘non-replicable’ parts for our vessels, maintaining a ready supply without needing specialized facilities and allowing full scale self-sufficiency for our ships, not to mention superior weapons and shielding.”

The Doctor: “Indeed, Admiral. Torres’s methods have allowed us to operate autonomously despite being so far from home, but for any in-depth understanding you would need her expertise to fully understand them. Still, I think what I provided would be enough to at least get you started in much the same way it did for us. Lt. Torres made extensive use of the computer to help her in developing these methods, so I am certain if you put some of your greatest minds at work immediately, they might be able to do the same thing.”

Admiral Hayes: [thoughtfully] “We will certainly look into it Doctor, but if we can get that data from Voyager, it would greatly reduce the time needed for implementation.
[further thinking] Doctor, with the ZPE core sustaining Voyager, I imagine the ship could travel at higher warp speeds for extended periods. Did the crew optimize Voyager’s warp capabilities using the Forge?”

The Doctor: “We considered improving the warp drive, but circumstances in the Delta Quadrant have made that challenging. The simple truth is, Voyager hasn’t had the luxury to stop for long. We’re constantly on the move, responding to unforeseen threats, distress calls, encountering new species, and navigating unknown space.”

Admiral Hayes: [nodding] “I understand, but Doctor, wasn’t there an opportunity for a more comprehensive upgrade back in the system where you created the ZPE core? I’d think that would have been an ideal moment to reinforce the warp systems.”

The Doctor: “At the time, Voyager was mainly trying to improve its energy situation. It was decided that once the final specs for the ZPE core were complete, Voyager would leave the system and assemble the core en route to not risk causing problems with the subspace tear. We moved 30 Astronomical Units away from the inner system and the tear, but when the ZPE core was activated, it destabilized the tear.”

Admiral Hayes: [astonished] “30 AU? And the tear still reacted to zero point energy extraction from that distance?”

The Doctor: “Yes sir. We tried reducing the output of the core, and even shutting it down, but it didn’t work. In an attempt to prevent further complications, Captain Janeway decided to switch Voyager entirely to ZPE power, and ejected the Warp core set to overload with a series of 20 photon torpedoes to collapse the tear. We managed to direct the antimatter blast through subspace directly to its centre. Once it was sealed, Torres was able to replicate a new Warp core, and we kept it in low-power mode to preserve the antimatter we had left, but we had to leave almost immediately because sealing the tear produced a large subspace event and other Vidiian vessels were on their way to investigate. Since then, we just didn’t have other opportunities to stop and make extensive upgrades to the Warp drive, which to my understanding even with our improved systems would have taken careful conditions to implement.”

Admiral Hayes: [nodding, processing each point] “I take it that with the ZPE core providing power at this point, the crew’s energy concerns were alleviated. But I’m curious, were you left with any antimatter reserves after all this?”

The Doctor: “Yes, though they dropped below 12%. Over time we realized we were approaching Borg space as we had a couple of incidents. One by encountering their corpse on an alien planet which was invaded a long time ago, and another where we encountered a Borg Cooperative.”

Admiral Hayes: “That must have been unsettling. What can you tell me about this Borg Cooperative?”

EMH: “We encountered them nearly a year ago, in a chaotic region of space known as the Nekrit expanse. Commander Chakotay and Ensign Kaplan responded to a distress call from a planet which was populated with former Borg drones. There was a confrontation with one of the warring factions on the planet. Ensign Kaplan didn’t survive and Commander Chakotay was seriously injured. Their shuttle was also dismantled.”

Admiral Hayes: “These former Borg sound quite dangerous. Did Chakotay survive?”

The Doctor: “He was retrieved by a semi-friendly faction who used a neural link to heal him without assimilating him. Voyager also encountered a nearby Borg Cube. We retrieved a data node and well preserved Borg corpse from it which improved our understanding of their technology and we learned the vessel was disabled by a massive electromechanical discharge.”

Admiral Hayes: “That’s a lot to process. So, how did the situation evolve?”

The Doctor: “Sufficed to say, that the former Borg on that planet were from the same cube and they used Commander Chakotay against his will to link all the other disconnected Borg drones on the planet into a new cooperative by reactivating the cube and directing a neuroelectric generator toward the planet. The different factions there were causing problems which resulted in their desperate measures, and the end result was it created a neural link between all former Borg on the planet. And while their methods were questionable, they did not behave like typical Borg. They severed their link to Chakotay and even destroyed the cube which was reactivated to protect Voyager. After that, Captain Janeway decided to resume course to the Alpha Quadrant.”

Admiral Hayes: “Atypical Borg… a difficult idea to swallow Doctor. Sounds to me like these people made no qualms about using Chakotay for their purposes when it suited them. But your mention of these incidents indicates that Voyager was experiencing increased encounters with the Borg. How did the crew react to this?”

 

[Deks]

Continued:

EMH: “As you know, Voyager was already equipped with a primitive antimatter generator—intended only as a last-resort backup. Anticipating the need to increase our reserves before entering Borg space, Torres used the AI Forge to refine and optimize this generator. After improvements, it could regenerate up to 10% of our antimatter reserves per week, but only with the ZPE core providing the necessary power.“

Admiral Hayes: [clearly impressed] “I see. That level of improvement to the generator is impressive onboard a starship. But, why?”

The Doctor: “Because of these encounters, we speculated we were nearing Borg space. Before we reached it, a decision was made to deactivate the ZPE core and rely on conventional systems to avoid attracting attention. Additionally, the crew replicated components for 32 photon torpedoes, infused them with deuterium and regenerated antimatter after concealing the ZPE-based torpedoes to further avoid detection. Lt. Cmmdr. Tuvok also proposed measures that we limit the use of AI Forge to emergency situations or when we are ‘stuck’. And only then once the proposed projects for R&D were reviewed for approval. The idea was to present ourselves with minimal technological discrepancies from Starfleet norms.”

Admiral Hayes: [approving] “Smart thinking. Janeway’s caution and Torres’s engineering efforts seem to have put Voyager in a uniquely resilient position. But I’m curious, did you evade the Borg?”

The Doctor: “No sir. When we reached their space nearly 3 months ago, it turned out they were in the middle of a war with extra-dimensional aliens known as Species 8472 who were superior to the Borg in every respect and even immune to assimilation. In fact the Borg were losing the conflict. After encountering a destroyed field of Borg cubes and analysing one of Species 8472 bioships up close, one of our crew, Ensign Kim was attacked by this species. Their DNA were literally eating him from the inside out. I was able to reprogram Borg nanoprobes and attack the species cells directly which saved mr. Kim’s life. It was enough of a bargaining chip for Captain Janeway to forge a temporary alliance with the Borg which would grant us safe passage through their space.”

Admiral Hayes: “Captain Janeway, knowingly aided the Borg in their conflict with this species 8472?”

The Doctor: [uncomfortably] “Yes sir. But please understand that Voyager was operating alone, and after carefully considering other options, the Captain determined that this war between the Borg and Species 8472 could have dire consequences for everyone in the galaxy.”

Admiral Hayes: “How so?”

The Doctor: “Our crewmember Kes was in telepathic contact with Species 8472 and she told us that they intended on destroying everything by repeating two phrases: “the weak will perish” and “your galaxy will be purged”. Captain Janeway determined that this species was even more dangerous than the Borg, so she forged a temporary alliance with the Collective to drive them out of our galaxy. It was successful, and we even managed to liberate a representative of the Borg assigned to Voyager shortly after the conflict ended. Seven of Nine. A human who was assimilated at an age of only 6 years old. She became part of our crew. And the Collective never got the data on how to make their own nanoprobes against species 8472.”

Visibly relaxing after hearing all of this, Hayes leaned back, thinking Janeway’s decision may have actually been necessary under the circumstances. More to the point, Hayes thought once again that if he’d been in Janeway’s position, he may have done the same thing.

Admiral Hayes: “Thank you Doctor. That certainly gives us a better grasp of the situation. You mentioned a human Borg drone, liberated from the Collective who became part of your crew?”

The Doctor: “Yes, sir. Her human name is Annika Hansen, and was assimilated approximately 18 years ago. But, within a week of Seven coming aboard and us starting the process of removing her Borg implants, my assistant Kes was forced to leave the ship.”

Admiral Hayes: “Why? What happened?”

The Doctor: “As a direct result of previously being in telepathic contact with Species 8472, Kes’s telepathic abilities went into a state of hyper-stimulation. She was evolving into a state of pure energy, a process that compromised Voyager. As a final gift to the crew, she pushed the ship 9,500 light-years closer to home and beyond Borg space.”

Admiral Hayes: “I can tell that Kes had a profound impact on your crew Doctor.”

The Doctor:
“Indeed, Admiral. She was a part of our family and an extraordinary individual who contributed greatly to my growth and acceptance as an equal among the crew. Her departure left a void, but her gift of propelling Voyager nearly ten thousand light-years forward was an act of profound selflessness.”

Admiral Hayes: [reflective]
“She certainly seems to have had a profound impact on you Doctor. I’m sure she’ll be remembered with deep gratitude.”

The Doctor:
“Absolutely, Admiral. And she wasn’t the only one. Over two months after Kes’s departure and almost a month prior to this communique, our newest crewmember, Seven of Nine, began noticing some of the advanced modifications we had made to the ship. Captain Janeway and Lt. Cmmdr. Tuvok determined it was appropriate to disclose Voyager’s technological advancements.”

Admiral Hayes: [concerned]
“Revealing such sensitive information to an ex-Borg seems like a considerable risk, Doctor.”

The Doctor:
“Understandably so, Admiral, but by that point, Seven had more than proven herself. She played a key role in removing a group of alien intruders who had conducted horrific medical experiments on the crew while out of phase. Her efforts saved many lives, including Captain Janeway’s. Furthermore, there was little point in concealing our advancements. Seven’s residual Borg knowledge would have allowed her to deduce much of the information on her own.”

Admiral Hayes: [nodding thoughtfully]
“I see. It appears that Seven of Nine’s addition to the crew has been an asset, albeit an unconventional one.”

The Doctor:
“Indeed, Admiral. After she was fully briefed, Captain Janeway felt it was safe to reactivate the ZPE core, which allowed us to resume full operations without significant resource constraints. This has been essential to our continued survival and progress in the Delta Quadrant.”

Admiral Hayes:
“And am I to understand Voyager’s advancements have been tested in other encounters as well?”

The Doctor:
“Yes, Admiral. They were instrumental in winning a battle against 8 Kazon Carrier vessels, and we’ve faced several challenges since Kes’s departure, but these advancements have kept us moving forward. Our contact with the alien sensor network, which led to this conversation, was just the latest example. Seven detected the Prometheus through the network using our recently created astrometric sensors and Captain Janeway attempted to send a transmission directly to Starfleet. When that failed, she asked me to volunteer… I was transmitted as a holographic datastream—a solution that proved viable for crossing such a vast distance.”

Admiral Hayes:
“Doctor, the ingenuity of Voyager’s crew continues to impress. These technological breakthroughs, combined with their resilience, are nothing short of remarkable. I assure you, Starfleet will notify the families of your crew about Voyager’s fate as soon as possible. We will also begin working to find a way to bring you all home, and we won’t stop until we do.”

The Doctor:
“Thank you, Admiral. I will relay your words to the crew. Knowing that Starfleet is aware of our situation will mean a great deal to them.”

Admiral Hayes: [with a faint smile]
“Doctor, I must also commend you personally. Without your actions aboard the Prometheus, this moment might not have been possible. Your efforts in retaking the ship and ensuring this transmission reached us are nothing short of heroic.”

The Doctor: [humbled]
“Thank you, Admiral. I must share the credit with the EMH Mark II aboard the Prometheus. Together, we made an effective team.”

Admiral Hayes: [chuckling]
“A holographic duo. Starfleet’s innovation continues to surprise me. Doctor, when you return to Voyager, let Captain Janeway and the crew know they’re not alone. We’ll do everything we can to support them and, one day, bring them home.”

The Doctor: [visibly moved]
“Of course, Admiral. Your words will mean more to them than I can express.”

Admiral Hayes:
“Oh, and, you wouldn’t happen to know Voyager’s current coordinates?”

The Doctor smiled slightly as he answered. “Yes sir, I do. Captain Janeway provided a quick summary before she transmitted me here. Our coordinates are in the Delta Quadrant, one eight, mark two oh five, mark four seven, approximately 60,000 Ly’s away from Earth.

Admiral Hayes: “Thank you. I will make arrangements to transmit you back to Voyager. Safe travels, Doctor. Starfleet is with you.”


[Voyager Sickbay]

Janeway, Chakotay, and Tuvok enter, finding the Doctor coming back from his mission aboard the Prometheus. Janeway approaches him, her expression a mix of curiosity and relief as she helps him stabilize his program.

JANEWAY: Doctor, report.

EMH: I… I did it.

JANEWAY: You completed the mission?

EMH: Yes. Once the Romulans were out of the way.

TUVOK: Romulans?

EMH: (a bit flustered) They had seized control of the Prometheus, the ship I was on. But, thanks to some tactical assistance from a fellow EMH, we were able to regain it.

CHAKOTAY: You got through to Starfleet?

EMH: I spoke directly with Headquarter. Voyager was declared officially lost fourteen months ago. I set the record straight—told them everything that’s happened to the crew. They promised to contact your families and tell them the news, and assured me that they’ll do everything in their power to find a way to bring us home.

JANEWAY: (softly, moved) I knew they wouldn’t give up on us.

EMH: And they asked me to relay a message. Starfleet wanted you to know—you’re no longer alone.

(A quiet moment as Janeway, Chakotay, and Tuvok absorb the weight of those words.)

JANEWAY: (a faint smile) Sixty thousand light-years… seems a little closer today.

(The Doctor smiles, clearly pleased, but his expression shifts as he is about to say...)

EMH: There is… more, Captain. In the course of my discussion with Admiral Hayes, I also briefed him on Voyager’s other advancements.

CHAKOTAY: You told them about the ZPE core?

JANEWAY: Its all right Chakotay. I gave the Doctor permission to do so if he was in a position to do so safely.

EMH: Yes. I had the Admiral encrypt the transmission to maximum level before I even mentioned it. He wanted to know how we managed to develop it—especially with our limited resources out here.

JANEWAY: And? How did he react?

EMH: (hesitates) To say he was impressed would be an understatement. In fact, they seemed particularly interested given the current state of the Alpha Quadrant. Apparently, Starfleet is at war with an aggressive organisation called the Dominion.

TUVOK: A new enemy? How dangerous are they?

EMH: According to the information I gathered, the Dominion is unlike anything Starfleet has faced. They have powerful allies, advanced technology, and a relentless approach to conquest. Starfleet is stretched thin, and the war has taken a toll.

CHAKOTAY: (concerned) And this Dominion… are they a threat out here in the Delta Quadrant?

EMH: Since they are based in the Gamma Quadrant, a Dominion incursion here would be unlikely. No Bajoran wormholes that reach here. Admiral Hayes mentioned that the Dominion was encountered before Voyager was lost and that you Captain may have been briefed on them.

JANEWAY: I remember hearing about the Dominion before Voyager left for DS9, but its been a while to say the least.

TUVOK: Captain, if they’re as resourceful as described, there’s always a remote chance of an encounter, though it’s improbable given the vast distances involved. However, if any part of this transmission were intercepted…

JANEWAY: (nodding) We can’t be too careful. If the Dominion were to gain knowledge of our technology, the ZPE core, or even the AI Forge, it could complicate an already dangerous situation. We’ll need to discuss security protocols in our next staff meeting. If they are as relentless as Starfleet describes, they may have an interest in our technological developments, should they ever become aware of them.

CHAKOTAY: And if they knew about our advancements, they might not stop at anything to get their hands on it.

JANEWAY: Precisely. Voyager’s technology is valuable in this conflict, and while Starfleet may eventually benefit from it, we need to be careful about how much we transmit back. And of course, there’s also the Hirogen.

EMH: (puzzled) The whom?

JANEWAY: We’re still piecing it together ourselves, Doctor. But sufficed to say they claim to be the relay network’s owners and seem adamantly opposed to Voyager using it.

TUVOK: If the Hirogen control the network, they may not take kindly to our transmission activities—especially if they perceive them as a threat or an invasion of their territory.

CHAKOTAY: Given their reach, they could easily intercept or disrupt future transmissions.

JANEWAY: They already tried. It might be wise for us to tread carefully and limit what we send, at least until we know more about the Hirogen and the potential risks. Let’s convene a senior staff meeting to discuss this in detail and consider both the Dominion and Hirogen as security concerns. Doctor, your input will be invaluable.

EMH: Of course, Captain.

JANEWAY: Good. And let’s ensure our crew understands that while we’re no longer alone, we’re navigating a delicate situation. We may be connected to Starfleet, but we’re also surrounded by unknown dangers.

(They exchange a look of mutual resolve, understanding that every step forward brings new challenges. Janeway places a reassuring hand on the Doctor’s shoulder, her expression one of gratitude.)

They exit, each carrying the weight of both hope and caution as they prepare to address the crew.


Stardate: 51425.6
Senior Staff Meeting, Briefing Room
(Present are Captain Janeway, Commander Chakotay, Lieutenant Tuvok, Lieutenant Torres, Ensign Kim, Lieutenant Paris, Seven of Nine, and the Doctor.)

Janeway: [standing at the head of the table]
“Thank you all for coming at such a short notice. We’ve had our first direct link to the Alpha Quadrant in over three years. This is a significant breakthrough, but it also brings new problems. Before we delve into those, I want to touch on something Admiral Hayes mentioned during his conversation with the Doctor. He spoke of a war with a group called the Dominion. I recall hearing about them shortly before Voyager was assigned to the Badlands. Starfleet’s first encounter painted them as highly aggressive and well-organized.” – she activated a recording from one of the runabouts that encountered Jem’Hadaar attack ships for the first time showing the unfortunate encounter. “They even destroyed the USS Odyssey, a Galaxy-class starship, in a deliberate suicide run. Beyond this and the fact they were from the Gamma Quadrant, there’s practically nothing in Voyager’s database on them. Doctor?”

The Doctor: [nodding solemnly]
“Yes, Captain. As you mentioned, the Dominion is a powerful organisation from the Gamma Quadrant with sole access to the Alpha Quadrant through the Bajoran Wormhole. Since we know the Wormhole leads into the Gamma Quadrant tens of thousands of lightyears from this location, they are not an immediate threat to Voyager. According to Admiral Hayes, they command significant resources and advanced technology, including genetically engineered soldiers called Jem’Hadar and a ruling class known as the Founders, who are shape-shifters. Their tactics are ruthless, and the war has already pushed Starfleet’s resources despite happening for only a few months. Especially because they formed an alliance with the Cardassians and established a power base in the Alpha Quadrant.

This made Chakotay to tense up, but B’Elanna’s response was on the more fiery side.

Torres: [visibly agitated now] “The Cardassians?”

Chakotay: “Easy B’Elanna.”

This made Torres to lower her guard a bit, but not by much. Janeway was thankful to Chakotay for keeping things under control so she continued.

Janeway: “While the Dominion may not be an immediate threat to Voyager, any intercepts could complicate Starfleet’s already precarious situation. Command also expressed interest in our technologies. Specifically the ZPE core and torpedoes.”

Torres: [leaning forward and calmer now but still tense] “I understand the interest, but we need to be careful. These advancements could have long-term implications, especially given the current climate in the Alpha Quadrant. I’m not saying we withhold important details, but exercising restraint might be wise.”

Janeway: “Which brings us to our current problem. Deciding what, and how, we share with Starfleet.”

Paris:
“What about this new species the Hirogen?“

Janeway: [sighing]
“They contacted us during the Doctor’s absence, claiming ownership of the relay network we used to send the initial transmission, and made it clear they consider our use of the network an intrusion.”

Seven of Nine:
“The Hirogen’s demonstrated ability to monitor and disrupt transmissions poses a serious risk to our communications. Their interference could block or distort any future messages.”

Tuvok:
“Captain, I would be negligent to not point out that we would be in clear violation of Starfleet protocols using another species property without their consent.”

The Doctor: “For what its worth, I should mention that in my own professional opinion, Admiral Hayes and other Starfleet personnel I encountered all seemed to be under heightened stress due to the war. The situation is clearly dire, and they expressed an interest in the technologies we created.”

Chakotay: “Tuvok, given what’s happening in the Alpha Quadrant, I would imagine that Starfleet might be understanding in us ‘bending’ these rules, wouldn’t you?”

Tuvok: “While it is true that we are operating under extraordinary circumstances, Starfleet regulations provide limited latitude for captains when their vessel is isolated from command and must act autonomously to preserve the crew’s safety and uphold the Federation’s broader interests. Continued use of the Hirogen relay network could be construed as an infringement upon their property and provoke further hostilities."

Chakotay: “So, in essence, we’re walking a fine line.”

Tuvok: “Precisely. While our current circumstances offer some justification, it would be prudent to limit our reliance on the network and ensure that any transmissions are safeguarded to minimize further escalation.”

Janeway:
“Tuvok, I want encryption protocols upgraded for all sensitive communications. Make it as difficult as possible for anyone—including the Hirogen—to access or interpret our transmissions.”

Tuvok:
“I will implement randomized encryption matrices. However, such modifications will take time to program and test for reliability.”

Janeway: “Do what you can. We’ll proceed only when the security measures are in place. In the meantime, we’ll prepare for the Hirogen’s response— I suspect we haven’t seen the last of them.”

Kim: “Even with upgraded encryption, there’s no guarantee the Hirogen won’t intercept our signals. Do we risk sending more updates?”

Janeway:
“We will proceed with caution.”

Chakotay:
“What about the content of the transmission?”

Janeway:
“I don’t think it would be wise to send everything we have across the galaxy. We need to help Starfleet, but not at the expense of security. The Dominion is a concern, and the Hirogen are an immediate obstacle. We have to strike a balance.”

Seven of Nine:
“A summary of our advancements, rather than full schematics, may suffice. If we transmit the AI Forge framework, Starfleet’s systems could use it to independently develop similar technology without requiring detailed specifications of the ZPE core or torpedoes. If they have multiple networked processors on the level of Voyager’s original, they should be able to develop their own versions of these technologies quickly.”

Janeway: [approvingly] “I like it.”

Torres: [nodding]
“I still have my research notes from when I first presented the ZPE core project. It explains the principles and methodology without including final designs, except the replicator/transporter network. It should be more than enough to give Starfleet a foundation to work from.”

Janeway:
“Good thinking, B’Elanna. But building on what Mr. Kim mentioned, we also need to ensure this data reaches only Starfleet. Any ideas on how we can guarantee that?”

Seven of Nine: [nodding thoughtfully]
“Starfleet systems use unique encryption signatures. It would be possible to integrate a verification protocol into a holographic data packet. This protocol would initiate a security handshake upon receipt, requiring the receiving system to authenticate itself with Starfleet’s encryption signature.”

Tuvok:
“And if the receiving system fails to authenticate?”

Seven of Nine:
“The data packet will be programmed to degrade irretrievably or self-delete. This will ensure that even if the transmission is intercepted, the information cannot be accessed by unauthorized parties.”

Torres: [considering]
“Wouldn’t that require Starfleet to decrypt the transmission quickly? What if it’s delayed in a buffer or relay?”

Seven of Nine:
“I will include a dynamic key generator. This will synchronize with Starfleet’s decryption systems, ensuring the data remains accessible only to their infrastructure, even in the event of transmission delays. Additionally, I can integrate Borg protocols to ensure the security handshake is adaptive. This will verify the packet’s environment and trigger decryption only when it confirms it has reached a highly secure system, such as Starfleet Headquarters.”

Tuvok: “Reliance on Borg protocols introduces variables that may not function as intended in Starfleet systems.”

Seven: “The protocols will be integrated into Starfleet encryption frameworks, ensuring compatibility. I can account for such variables.”

Janeway:
“Excellent. Seven, work with Tuvok to implement it. We’ll finalize the data packet and send it once we’re confident in the security measures.”

Paris:
“So, this way, Starfleet gets what they need without putting Voyager—or the Alpha Quadrant—at unnecessary risk?”

Janeway: [firmly]
“That’s the plan. Doctor, did Admiral Hayes mention a strategy for safeguarding this information?”

The Doctor:
“He didn’t provide specifics, but assured me that security would be a top priority on anything we send back, seeing how its something of a standard these days. However, he emphasized the urgency—Starfleet sees this technology as a critical advantage in their conflict with the Dominion.”

Janeway:
“Then we’ll make sure they get the framework, but nothing more. If this takes longer than expected, we’ll adjust our approach, but for now, every step must prioritize Voyager’s security. Dismissed.”

(The team disperses, each carrying the weight of ensuring their communication with Starfleet is both impactful and secure.)

 

[Deks]

[Alpha Quadrant -Starfleet Command – Strategic Operations Briefing Room, a few days after the Prometheus incident]

The briefing room was dimly lit, the atmosphere dense with tension. Tactical projections flickered on a central holodisplay, cycling through schematics of Dominion fleet movements. Admiral William Ross stood at the head of the table, arms folded, brow furrowed in concentration.

The doors parted with a soft hiss. Admiral Hayes stepped in, the click of his boots muffled against the carpeted deck.

Ross glanced up. “You’re just in time. I was about to dig into Dominion fleet projections.”

Hayes handed him a PADD. “That can wait. We need to talk about the Prometheus incident.”

Ross skimmed the report, his expression sharpening. “Romulan operatives hijack one of our most advanced ships… deep in Federation space. Recovered by Voyager’s EMH and the ship’s own EMH MK-II and automated systems. One of the warbirds destroyed during extraction. Hell of a story. And considering the timing, with the Dominion war heating up, it's likely they were probing our capabilities, maybe even hoping to leverage the Prometheus as a counterbalance or deterrent.”

“Exactly,” Hayes said, pacing slowly to the holotable. “And we’ve barely scratched the surface of what we can do with it—diplomatically.”

“You want to use it against the Romulans?” Ross asked, tone cautious.

“No,” Hayes said firmly. “I want to use it with them. We treat it as a rogue Tal Shiar operation—off-book. That gives the Senate plausible deniability. We extend an olive branch, frame it as a shared security concern. Quiet coordination. Intelligence exchange. Nothing official yet.”

Ross raised an eyebrow. “Let them save face while we nudge them toward cooperation.”

Hayes nodded. “Exactly. And we have the high ground. The EMH used the Prometheus and outmaneuvered D'deridex-class warbirds. One was destroyed. That message writes itself.”

Ross allowed himself a small smirk. “Pride might do half the work for us.”

Hayes continued, “We also have the Romulan operatives in custody. They were recovered unconscious. If we keep their identities confidential and refrain from prosecuting them publicly, it reinforces our position. We’re not looking to humiliate the Romulan government—we’re offering them a chance to distance themselves from the act.”

Ross considered that. “If we treat the operatives as rogue elements and quietly return them, it could be seen as a gesture of goodwill. But what makes you think the Senate won’t just bury this and continue to stay out of the war?”

Hayes leaned forward. “Because we’re giving them something they rarely get: leverage. They can spin the incident as a Tal Shiar failure, justify tightening internal control, and reposition themselves diplomatically—closer to us, without appearing weak. And more importantly, we underscore the Dominion threat in all of this.”

He tapped the holotable, bringing up a schematic of the Prometheus.

“The Romulans didn’t target this ship randomly,” Hayes continued. “MVAM isn’t just flashy—it’s a tactical evolution. Regenerative shielding, ablative armour, triple-nacelle configuration, and warp 9.9 capability without structural instability. This is more than a test-bed. It’s a statement. The Prometheus takes Defiant-class firepower and scales it up into a true multi-vector strike platform. For the Romulans, acquiring such a vessel wouldn’t just be about technology—it could give them a strategic edge or deterrent, especially with the Dominion threat looming larger with every passing week.” Deep strike potential. Rapid insertion. Self-reliant in hostile space.”

Ross nodded slowly. “So they wanted to know how far we’ve come. How serious we are about winning this war.”

“Exactly. They’re neutral on paper, but the Dominion is watching them too. The Romulans are probing for weakness and opportunity. And the Prometheus incident gives us the perfect chance to respond—calmly, diplomatically, but firmly.”

Hayes paused, then added, “And we emphasize the Federation’s restraint. We didn’t escalate. We didn’t retaliate. Voyager’s EMH helped reclaim the Prometheus without firing the first shot. It shows that we can act decisively and still uphold our values. The Romulans respect power—but they also understand the implications of precision.”

Ross looked thoughtful. “So we don’t just recover a ship—we shape the narrative. The Dominion is the real threat. And this becomes our wedge. Get the right voices in the Senate listening, and we might just tip the balance. If we act now, this could be the turning point that changes the entire course of the war.”

Hayes gave a satisfied nod. “If we handle it right, this could be the moment that convinces them. We don’t have to trick them into joining the war. We just have to let them see that it’s already on their doorstep—and that we’re the ally who respected their sovereignty while defending our own.”

Ross looked down at the flickering fleet display, then back to Hayes. “Then let’s do it. The right way.”

The two men exchanged a brief nod—an unspoken pact forged not in desperation, but in determination.


Stardate: 51501.4

The Bridge was a hub of tense activity. Captain Janeway stood at her command post, her eyes fixed on the forward viewscreen as the Hirogen ships closed in. The hum of Voyager’s systems was drowned out by the controlled chaos of her crew working at peak efficiency.

Harry Kim worked furiously at his console, beads of sweat forming on his brow. “The ship has some kind of monotanium armour plating. It’s scattering the targeting beam.”

“The other three ships are closing,” Chakotay reported, his voice calm despite the dire situation. “They’re within six thousand kilometers.”

Tom Paris glanced over his shoulder, his tone grim. “Captain, those ships have massive weapons, and with the targeting scanners not working properly, I wouldn’t recommend using ZPE torpedoes at this range or manually. We risk collateral damage to the relay station and ourselves.”

Janeway leaned forward slightly. “Harry, let me see those ships in relation to the relay station.”

“Yes, ma’am,” Kim responded, bringing up a tactical display.

Janeway’s gaze sharpened as she studied the layout. “Maybe we can use that quantum singularity to our advantage.”

Kim turned toward her, puzzled. “How?”

“If we can boost the effect of the singularity, increase the gravitational pull, we might be able to stop them.”

Kim’s fingers flew across his console. “The pull would increase if we could weaken the station’s containment field. An antithoron burst might do it.”

Paris grimaced. “If we’re not careful, we might be pulled in as well.”

Janeway’s voice carried a determined edge. “Don’t worry. We’re going to be ready for it. Harry, create a low-level warp field around Voyager. Sublight energy level. That should help counteract the gravitational pull.”

Chakotay interjected, “If the field is too strong, we won’t be able to beam Tuvok and Seven aboard.”

Janeway’s expression remained resolute. “Then you’ll have to find the right balance, won’t you, Harry?”

Kim swallowed hard. “Yes, ma’am.”

“And Harry,” Janeway added, “prepare our secure data packet containing the AI Forge framework. If we don’t make it out of here, we’re going to ensure Starfleet gets that data.”

Kim hesitated only briefly before nodding. “Understood, Captain. Preparing the transmission now.”

“On my mark,” Janeway instructed. “Direct a level eight antithoron burst toward the station. Have thrusters ready for full reverse, Mister Paris.”

Paris’s hands hovered over the controls. “Understood.”

Kim worked frantically. “Low-level warp field is established, Captain. The secure data packet is ready for transmission. Dynamic encryption and adaptive protocols from Seven and Tuvok are in place, and in holographic format.”

Janeway gave a firm nod. “Prepare to initiate the antithoron burst. Thrusters to full reverse, Mister Paris.”

Paris’s voice held steady despite the tension. “Ready.”

Kim chimed in, “Antithoron system is online.”

Janeway’s voice softened slightly. “Good. Send the data packet.”

Kim’s fingers flew over his console. “Transmission sent. The packet’s self-deletion protocol is active if it doesn’t reach Starfleet’s systems.”

“Activate the antithoron burst,” Janeway commanded.

As the antithoron burst was fired, the effects were immediate. The containment field of the relay station began to destabilize, and the gravitational pull of the quantum singularity intensified.

On the Hirogen ship, alarms blared.

“Stabilize the ship,” the Alpha barked.

“I can’t,” the Beta responded. “The gravity well is pulling us in. The vessel has sent a message along our relay network.”

“Stop it!” – the Alpha shouted, but the Beta couldn’t comply – “They are emitting some kind of pulse at the module, it terminated our link to it.”

The next moments were critical as the relay station’s containment field collapsed and exposed the quantum singularity which instantly devoured the relay station. Gravimetric distortions from the relay station were heavy. Back on Voyager, the bridge shook as the singularity’s pull intensified.

“It’s working,” Chakotay confirmed, his voice steady but tense.
“Try the transporter lock again, Harry,” Janeway ordered.
Kim’s hands moved swiftly over his console. “I’ve got them targeted, but their patterns are distorting. Narrowing the annular confinement beam.”
“Tractor beam’s almost gone, Captain,” Chakotay warned. “We’re losing this tug of war.”
Janeway’s tone sharpened. “Reroute all available ZPE power to the tractor emitters.”
Chakotay’s voice darkened. “The tractor beam collapsed. That ship is headed into the black hole.”
Kim’s voice was strained but determined. “I’ve got one more shot at it. Realigning the pattern buffer. Got them! They’re in transporter room two.”

Paris’s voice cut through the tension. “We’re still caught in the gravity well. It’s pulling us in fast.”
“Reinforce structural integrity fields with ZPE power,” Janeway commanded. “And transfer all available power to the engines.”
Paris’s tone was tight. “Still not enough, Captain. That black hole is packing quite a wallop.”
Janeway’s voice rose, resolute. “Shut down life support across non-essential decks. Divert everything to propulsion.”
Chakotay’s voice carried a note of urgency. “Structural integrity’s still failing. The hull is starting to buckle.”
Paris’s voice grew louder. “We’re going in!”
Janeway’s final order was unwavering. “Open the antimatter injectors to one hundred twenty percent.”
Kim’s voice broke through, alarmed. “Captain, that could breach the Warp core!”
Janeway’s tone was firm, decisive. “So will that black hole, now do it!”
With one final lurch, the ship’s violent shaking began to subside as Voyager surged forward, breaking free from the singularity’s pull. Paris exhaled audibly. “We’re clear. Engines are holding.”
Janeway’s voice softened slightly, though her command presence remained. “Good work, everyone. Resume course. I’ll be in Astrometrics.”

In the Astrometrics lab, Captain Janeway entered quietly, her gaze fixed on B’Elanna Torres, who was working at a console. The room’s massive viewscreen showcased a graphical representation of the collapsing relay network as Torres turned to address her.

Torres sighed, brushing her hair back. “Captain, the energy released from the singularity created a massive discharge along the relay network. It disabled every one of the stations.”

Janeway nodded while looking at the viewscreen, her expression tight. “How much of the message were you able to get?”

“I got most of the encrypted Starfleet message and a few more personal letters,” Torres replied. “But it’ll take some time to decode. Harry should probably work on it.”

Janeway crossed her arms, deep in thought. “Understood. What about the AI Forge transmission?”

Torres hesitated for a moment before answering. “All I can say is that it got out before the antithoron burst collapsed our link to the network. The Hirogen didn’t have time to block it before they lost the link either. There’s no way to confirm for sure, but because it was sent as a holographic data packet, I’d say chances are good that it reached Starfleet, assuming they had a ship near one of the relay stations.”

Janeway’s eyes narrowed slightly. “Let’s hope you’re right. If Starfleet has it, it could make all the difference in their fight against the Dominion.”

Torres’s expression softened slightly. “It’s the best we could do under the circumstances. Even if the Hirogen intercepted the packet, the adaptive encryption Seven and Tuvok devised should render it useless to anyone but Starfleet.” She paused, her lips curving into a faint smile. “Oh, and uh... I may have slipped in some personal notes—about the talk we had on why necessity shouldn’t be the mother of invention.”

Janeway tilted her head, raising an eyebrow, but her tone was lighter now. “I would have expected as much.” Her expression softened, almost amused, as she added, “If we’d had the chance, I’d have made sure to bring it up with Starfleet myself, but... with the relay network down now, it looks like they could get your thoughts directly.”

Torres chuckled sadly. “Well, here’s hoping it inspires them.”

Janeway placed a reassuring hand on Torres’s shoulder. “Whatever happens, B’Elanna, you may have given Starfleet a fighting chance.”

Torres offered a faint smile, then turned her attention back to the console. Her mind drifting back to what Chakotay told her about the Maqui. Janeway lingered for a moment, noticing Torres slight shift in attitude.

“B’Elanna. Is everything alright?” Torres looked at Janeway with a smile that seemed mildly vacant of any emotion – numb even. “Everything’s fine Captain. I should go deliver these remaining letters.” she said and started walking in a way that made Janeway think she was avoiding her. “Neelix can take care of that.” but B’Elanna quickly rejected the offer. “No need. Besides, there is one letter that I’d like to deliver myself.” She responded yet again in a tone that seemed detached to Janeway, but decided to let it go for now.


[Alpha/Beta Quadrant border: Aboard the USS Carolina]

The USS Carolina, an upgraded Excelsior class starship cruised near the edge of Federation space but well in the Beta quadrant, assigned to study and monitor the long-range communications relay linked to the network. On the bridge, Captain Tannen studied the latest telemetry reports while Lieutenant Commander Anaya worked at her station.

“Captain,” Anaya said, looking up. “The relay network just went offline. Sensors have detected some kind of energy surge. It appears to have originated deep in the Delta Quadrant, near the coordinates where Voyager’s last transmission originated.”

Tannen frowned. “Any idea what caused it?”

“No.” Anaya replied. “But whatever it was, it’s nothing short of catastrophic. The entire network is down.”

The Captain leaned back in his chair, a sense of unease settling over him. “Did we get anything before the network collapsed?”

Anaya nodded. “Yes, sir. We received a holographic data packet, heavily encrypted. It’s authentic, and its header indicates it came directly from Voyager.”

Tannen’s eyes narrowed. “Do we know what’s in it?”

“Not yet,” Anaya admitted. “But the encryption is advanced. It appears to be designed to interface exclusively with Starfleet systems, highly secure ones at that.”

Tannen tapped his comm badge. “Open a secure channel to Admiral Hayes.”

A moment later, the Admiral’s face appeared on the viewscreen, his expression serious. “Go ahead, Captain.”

“Admiral, the relay network is down,” Tannen reported. “Sensors indicated a surge deep in the Delta Quadrant, near where Voyager’s EMH was transmitted. We don’t know the cause, but we received a heavily encrypted packet from Voyager just before the network collapsed.”

Hayes’s eyes narrowed. “Do you know what’s in it?”

“Negative, sir. We haven’t decrypted it. The packet’s security protocols indicate it’s coded to be used only within secure Starfleet’s systems. We wanted your input before doing anything else.”

Hayes leaned forward slightly thinking that if the crew did manage to send a secure data packet just before the network collapsed, they could have transmitted schematics for their advanced systems. He paused before continuing. “Captain, this transmission may be critical. I want the Carolina to rendezvous with the nearest ships and bring this data back to Earth immediately. No attempts to decrypt it en route or to send it via subspace. Guard it with your lives.”

Tannen blinked in surprise. “Sir, is a single message from Voyager really that important?”

Hayes’s voice carried a weight of urgency. “Secure the packet and follow your orders Captain. Starfleet Command will brief you further upon your return.”

Tannen straightened in his seat. “Understood, Admiral. We’ll depart immediately.”

The channel closed, and Tannen turned to his crew. “Set a course to rendezvous with the nearest ships. Maintain strict security protocols. Anaya, ensure no one attempts to access the packet. Whatever Voyager sent, Admiral Hayes seems to think it’s extremely important.”


[At DS9 under Dominion control]

In Ops, Weyoun loomed over a large table display screen, his expression unreadable. Beside him, Dukat leaned back against a console, his characteristic arrogance on full display. Opposite them, the female Founder observed silently, her gaze intense.

“We’ve intercepted fragmented intelligence indicating Starfleet may have received a transmission from one of their ships,” Weyoun began, his tone reverent. “A ship that was believed lost... in the Delta Quadrant.”

Dukat scoffed, folding his arms. “Unsubstantiated rumours. We’re in the middle of a war, Weyoun. Diverting resources to chase a ghost story is foolish.”

Ignoring Dukat, the Founder moved her head to face Weyoun. “If Starfleet received a transmission, it could contain valuable information. Perhaps even technology that could shift the balance of power.”

Weyoun nodded. “Exactly. It may be worth sending a squadron to intercept Starfleet vessels carrying this data. If we act quickly, we could prevent it from reaching Earth.”

Dukat was sceptical of this. “Even if we entertain this notion, what are the chances the transmission contains anything of relevance? And what makes you think that they wouldn’t have sent the transmission through subspace directly?”

Weyoun was unimpressed, maintaining his focus on the female Changeling. “It is highly likely that if a lone Starfleet vessel survived for any length of time in the Delta Quadrant, they might have something worthwhile to share with their… compatriots. A message like this, especially if valuable, would not be sent along subspace channels, even secure ones.”

“Ridiculous. Our resources should be spent fortifying Cardassian borders and driving back Starfleet incursions—not chasing whispers.”

The Female Changeling tilted her head slightly towards Dukat maintaining a firm tone. “Starfleet’s ingenuity should never be underestimated. If there is a chance this transmission contains something of significance, we must act.”

Weyoun smiled thinly, addressing her with utmost deference. “I will assemble a task force immediately, Founder.”

Dukat sighed dramatically, leaning back against a console. “Very well. But when this leads to nothing, don’t say I didn’t warn you.”

Weyoun gave Dukat a brief, measured glance, his tone unwavering. “If the transmission is inconsequential, then we will have expended minimal resources. If it is valuable, we will have averted a greater threat. A calculated risk worth taking.”

The Founder’s gaze remained fixed on Weyoun. “See that it doesn’t fail, Weyoun. Whatever it takes, ensure the Dominion remains dominant.”

Weyoun bowed slightly, his expression serene. “Of course, Founder. With your wisdom guiding us, the task force will ensure the ship never reaches its destination.”