Chapter 7
Zed arrived with the Xena at Captain Díaz’s quarters.
The woman, Mila, had spent most of the transit observing her surroundings with quiet curiosity.
When she spoke, she expressed fascination with the ship’s antiquated systems, acting as though she were a history student on a tour through a museum.
Despite being a completely alien specimen from a portion of the galaxy forbidden to any UPA citizen, she possessed qualities similar to those he’d observed in his shipmates: a habit of so-called “small talk” and a tendency to romanticize the past. Neither made sense to him.
He extended a secondary manipulator, interfacing directly with the cabin door’s security panel. The lock disengaged with a heavy clunk. The hatch slid aside, revealing the compact interior of Carmen Díaz’s private space.
The quarters were a reflection of her: functional, densely packed, meticulously ordered despite the clutter.
A narrow bunk was secured to the port bulkhead, the bedding rumpled from her recent tryst with Ms. Anderson.
A small desk occupied the opposite wall, its surface dominated by a flickering terminal displaying navigational star charts.
Tools, spare parts, and data cards were neatly stowed in labeled bins above it. A single locker held minimal clothing.
Mila stepped inside, her head turning slowly as she absorbed the space. Her pupils dilated slightly as she scanned the personal effects: a faded image of the Antilles pinned to the bulkhead, a well-worn, leather, flight jacket hanging from a peg, a half-disassembled plasma torch on the desk.
“No, Zed,” she answered. “The controls appear standard. Thank you.”
Her bio-signs showed a subtle shift: heart rate decreasing to 78 bpm, respiratory rate normalizing to 18 breaths per minute. Stress indicators diminishing. Acceptance. Her gaze lingered on the bunk, then moved to the hygiene cubicle.
“Will the captain require her quarters immediately?”
“Negative. Her instructions were for you to utilize the facilities. She did not specify a timeframe for her return. Privacy protocols for this compartment are active. The hatch will seal and lock upon closure. Only Captain Díaz or myself possess override authority.”
Mila nodded. She moved towards the hygiene cubicle, her steps silent on the textured deck plating. She paused at the entrance, one hand resting on the frame. She turned back, her green eyes meeting Zed’s primary optical sensor.
“Zed? May I ask what is the consensus among the crew? Regarding my disposition?”
Zed’s processors evaluated the query. Direct, seeking predictive data. Organic crews valued such information for emotional preparation. His response adhered to observed facts and calculated probabilities.
“Opinions are divergent. Sark T’Raan advocates for utilizing your market value to resolve the ship’s financial and operational deficits.
Probability of his position prevailing if put to a vote: 32.
7%. Letitia Anderson advocates for securing your freedom, citing ethical imperatives.
Probability: 21.4%. Norvik presents logical arguments prioritizing group survival via asset liquidation.
Probability: 38.9%. Captain Díaz ...” Zed paused, accessing behavioral logs from the mess hall interaction.
“... demonstrates significant cognitive dissonance. She rejects both slavery and the high-risk path of freeing you but has yet to propose a viable alternative. Her decision matrix is currently unstable. Probability of a definitive course of action within the next twenty-four hours: 58.2%.”
“And what is your opinion?” she asked. “You’re a member of the crew, too, aren’t you?
“Affirmative.”
“So, what do you think is the right decision regarding my disposition?”
Zed observed her carefully. Biometric signs showed an elevated heartrate, consistent with what organic lifeforms described as “worry.” The Xena showed concern about the outcome of the captain’s decision, but Zed didn’t have sufficient data to conclude why.
“At present, no satisfactory options are available,” he answered.
“Antilles cannot defend itself should your presence aboard become known.
To liquidate you for currency would require your presence aboard Antilles to be revealed.
Returning you to the Forbidden Zone represents a 93.
7% chance of failure. In the 42.08% likelihood the authorities discover you in our custody, all crewmembers have a 100% chance for conviction on charges of trafficking a sentient specimen and allowing a forbidden specimen to be present in United Planetary Alliance space.
“Considering the odds of all potential outcomes, your presence aboard Antilles has a 99.967% chance of creating a catastrophic outcome for all crewmembers.”
Mila’s eyes flared for a moment. Probable reason: emotional dissatisfaction with the facts Zed presented.
“I see,” she said. “Thank you for your candor, Zed.”
She offered a small, closed-mouth approximation of a human smile, an expression his facial-recognition subroutines identified as “polite acknowledgment, potentially masking complex internal states.”
“I will cleanse myself now.”
“Affirmative.” Zed withdrew his manipulator from the door control. “Should you require assistance, the intercom panel beside the bunk provides direct access to the ship’s comms network. State my designation or ‘Engineering’.”
He initiated the hatch closure sequence. The heavy door slid shut with a final thump, engaging the magnetic locks. Mila’s distinct bio-signature faded behind the soundproofed barrier.
Zed pivoted and retraced his path down the corridor. The organic crew’s debate was inefficient. Emotional variables introduced significant noise into the decision-making process, reducing optimal outcome probability by an estimated 18.3%. His role was to provide clear, quantifiable data.
The most pressing variable affecting group survival was Antilles itself. Its degraded state rendered any course of action – whether attempting a high-risk transaction involving Mila, fleeing UPA authorities, or engaging in defensive maneuvers – precarious.
He descended via the service conduit and navigated the labyrinthine lower decks towards Engineering.
The roar of the ship’s power core grew louder, a deep, bass vibration felt through his chassis.
Harsh work lights cast stark shadows on conduits crusted with mineral deposits from a slow coolant leak he hadn’t yet isolated.
He passed the main reactor, a grumbling Mark IV Fusor operating at 89.
7% of rated output, and entered his primary operational nexus: a cramped chamber dominated by a multifaceted control console, its surfaces alive with flickering readouts and status indicators.
Cables snaked from access ports in the console to interface jacks on his chassis.
He docked, engaging the physical and data links.
Full Diagnostic Cycle Initiated.
The command flowed through his neural network. Subsystems reported in cascading streams of data.
Structural Integrity:
Frame stress analysis shows microfractures propagating from longitudinal member L-19, exacerbated by the recent emergency hyperspace exit. Estimated time to critical failure under standard thrust: 127 hours. Priority: Moderate. Reinforcement plating available in Cargo Bay 3.
Defensive Systems:
Point-defense turret Alpha: Targeting servos degraded.
Hit probability against standard fighting-class vessel: 17.
8%. Turret Beta: Power coupling unstable.
Risk of catastrophic overload if fired above 40% capacity: 84.
1%. Shield emitters: Harmonic instability in the starboard array.
Projected failure under sustained fire: Within 4.
3 minutes. Priority: High. Required parts: Unavailable.
Propulsion:
Sub-light thrusters operating within acceptable parameters (92.4% efficiency). Maneuvering jets: Port-aft response time degraded by 0.8 seconds. Navigational hazard probability in complex maneuvers: +12.6%.
Sensors:
Long-range scanners compromised by cumulative micrometeorite pitting on the primary array dish. Detection range reduction: 31.7%. Passive sensors: Nominal. Priority: High. No replacement dish in inventory.
Life Support:
Atmospheric processors: CO? scrubbing efficiency at 88.2%. Oxygen-nitrogen mix stable. Water reclamation: Filter matrix saturation at 73%. Priority: Low-Moderate. Replacement filters available.
The data painted a grim picture. Antilles was a collection of critical vulnerabilities.
Engaging any hostile force, even a lightly armed patrol cutter, would likely result in swift incapacitation.
Probability of successful evasion without engagement, given the sensor degradation: 41.
2% against UPA COPS patrol patterns, 28.
1% against pirate vessels of high-capability profile.
Zed initiated a deeper scan of the hyperspatial manifold, the jump-drive core.
Its condition was paramount for any escape attempt.
The emergency exit from hyperspace near the gas giant had subjected the delicate dimensional transition systems to unprecedented stress.
Initial post-event diagnostics had shown no immediate failure, but subtle effects could manifest later.
Sensors probed the core’s intricate lattice of superconducting coils and chroniton emitters. Energy signatures appeared nominal at the macro level. Zed drilled down, analyzing the harmonic resonance patterns within the matrix containment field.
Baseline resonance frequency: 47.82 THz. Current reading: 47.81 THz.
A negligible deviation. He adjusted sensor resolution, focusing on localized field stability.
Anomaly detected.
Grid Sector Theta-7 within the core matrix showed a localized fluctuation in subspace field coherence. The variance was minute – 0.003% outside tolerance – but it was oscillating. Frequency: once every 17.4 seconds. Amplitude increasing by 0.0001% per cycle.
Cause analysis.
Cross-referencing stress models from the emergency deceleration profile.
Unscheduled exit involved a near-simultaneous collapse of the hyperspace bubble and application of maximum retro-thrust. Temporal shear forces spiked to 142% of design maximum for 0.
8 seconds. Simulation indicated a high probability (89.
7%) of microscopic fracturing in the crystalline focusing elements within Sector Theta-7.
Consequence projection.
The fluctuation was currently sub-critical. However, under the energy load of initiating a new jump sequence, the fracture points could propagate.
Probability of catastrophic field collapse during jump initiation: 18.3%. Probability of a localized containment breach releasing chroniton radiation within Engineering: 62.4% in the event of collapse. Fatal exposure radius: 8 meters. The drive core would be irreparable. Stranded status: 100%.
Required action.
Damaged sector requires recalibration and reinforcement via specialized field harmonizer.
No such unit aboard Antilles. Fabrication impossible with available tools and materials.
Probability of successful jump to a destination requiring less than 3 light-years displacement: 81.
9% (current fluctuation levels). Probability for jumps exceeding 25 light-years: 54.
2%. Risk increased exponentially with distance.
The diagnostic complete, Zed disengaged from the console. The list of critical failures had just grown. Shields, weapons, sensors, structural integrity, and now the jump-drive – the very system that offered their only plausible escape from immediate threats – was compromised.
Mila’s presence was the catalyst for potential conflict, but Antilles itself was becoming the greater liability. Organic crews often prioritized immediate, visible threats. This was a silent one, ticking away in the drive core.
Captain Díaz needed this data immediately.
Her decision matrix regarding Mila was now inextricably linked to the ship’s crippled state.
Attempting a long-range jump to evade pursuit or reach a potential buyer carried unacceptable risk.
Remaining in this system increased detection probability by 5. 7% per hour.
Zed initiated locomotion, treads carrying him back towards the corridors where the organic crew argued over ethics and survival. He would locate the captain. The numbers were clear. The countdown had already begun.