Lt. Commander V'Lar - Cold Equations
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Chris M
Mar 29, 2026, 2:23:24 PM (4 days ago) Mar 29
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((Medical Laboratory, Gibaria Outpost))
Lieutenant Pace’s initial test provided a crucial theoretical foundation for synthesising an inoculant, however, V'Lar's clinical rigour demanded more than a single computer simulation.
Lieutenant Pace’s initial test provided a crucial theoretical foundation for synthesising an inoculant, however, V'Lar's clinical rigour demanded more than a single computer simulation.
V’Lar: A promising initial result, Lieutenant. While this simulation is highly instructive regarding the flora’s baseline biology, a single test does not constitute empirical certainty. Furthermore, the radiation emitting from the dimensional breach is unlikely to remain at a constant frequency. I would suggest we run concurrent simulations, subjecting the virtual biological model to randomised, high-yield radiological spikes.
Pace: Response
Tahna: We should, but we don’t have infinite time for study. Run as many simulations as you can, quickly.
The Bajoran's interjection highlighted the inherent friction between scientific rigour and triage urgency. A flawed inoculant risked being ineffective at best or a health risk at worst, but the First Officer was correct; they possessed a strictly finite quantity of time.
V’Lar: Lieutenant Pace, please establish a link to the Gorkon's main computer. With the additional processing power, how many concurrent simulations can be run?
Pace: Response
V'Lar processed the Lieutenant's estimate. As a Sovereign-class vessel, the Gorkon's main computer was driven by an advanced bio-neural gel pack network capable of processing immense volumes of simultaneous data. While Pace's figure aligned with the capabilities of the AC-16 Bio-Neural Super-series computer cores, V'Lar still found it clinically sub-optimal. Standard Starfleet medical protocols mandated far more extensive simulations followed by months of longitudinal trials. Compressing that rigorous methodology into a fraction of its intended scope was a severe, albeit necessary, compromise.
Tahna: The Gorkon’s on standby to begin replication of the inoculant as soon as we have one.
V’Lar: Once the simulations have verified the shielding mechanism, I must still establish a method of safely duplicating it.
Pace: Response
V'Lar observed the First Officer abandon her workstation, closing the physical distance between them to stand directly at V'Lar's side before dropping her vocal register to a decibel level indicative of a private, interpersonal exchange.
Tahna: How are you holding up? Anything I can do on the patient side of things?
The question implied a concern for her physiological or psychological fatigue. V'Lar found the premise illogical; she was functioning exactly as her training dictated.
V’Lar: ::Lowering her voice:: My cognitive and physiological metrics are within optimal parameters. As for the patients... at this juncture, the rate of cellular decay has outpaced our conventional medical resources.
Tahna: Response
V'Lar: ::Maintaining a low tone:: The exotic radiation is proving terminal to all admitted subjects. Statistically, only a minor percentile may survive long enough for an effective treatment to be synthesised and administered. Given that the civilian medical staff cannot arrest the cellular decay, I am focusing resources on those who are likely to survive the longest.
V'Lar observed the First Officer process the grim medical reality. While V'Lar intellectually understood that empathy dictated a desire to comfort the afflicted, they had only finite resources which logically needed to be focused on those who had the potential to be saved. The inoculant they were currently attempting to synthesise was not a cure; it was merely a biological shield designed to halt further radiological absorption. Reversing the catastrophic cellular decay already ravaging the patients would require an entirely separate medical breakthrough.
Tahna: Response
V'Lar glanced towards Lieutenant Pace, who was overseeing the simulations, before returning her attention to the Bajoran First Officer.
V’Lar: ::Lowering her voice further:: The civilian medical personnel next door are experiencing acute emotional distress. They are not equipped for the psychological strain of witnessing their colleagues expiring in such a manner. I propose I trade places with them. I am biologically equipped to administer terminal care without succumbing to psychological strain; furthermore, I can still contribute remotely to the development of an inoculant.
oO Medical ethics prioritise the preservation of life, but when mortality is a mathematical certainty, the parameters must shift to the mitigation of collateral harm. To permit their continued emotional deterioration when I can absorb the burden is fundamentally illogical. Oo
Tahna/Pace: Response
Pace: Response
Tahna: We should, but we don’t have infinite time for study. Run as many simulations as you can, quickly.
The Bajoran's interjection highlighted the inherent friction between scientific rigour and triage urgency. A flawed inoculant risked being ineffective at best or a health risk at worst, but the First Officer was correct; they possessed a strictly finite quantity of time.
V’Lar: Lieutenant Pace, please establish a link to the Gorkon's main computer. With the additional processing power, how many concurrent simulations can be run?
Pace: Response
V'Lar processed the Lieutenant's estimate. As a Sovereign-class vessel, the Gorkon's main computer was driven by an advanced bio-neural gel pack network capable of processing immense volumes of simultaneous data. While Pace's figure aligned with the capabilities of the AC-16 Bio-Neural Super-series computer cores, V'Lar still found it clinically sub-optimal. Standard Starfleet medical protocols mandated far more extensive simulations followed by months of longitudinal trials. Compressing that rigorous methodology into a fraction of its intended scope was a severe, albeit necessary, compromise.
Tahna: The Gorkon’s on standby to begin replication of the inoculant as soon as we have one.
V’Lar: Once the simulations have verified the shielding mechanism, I must still establish a method of safely duplicating it.
Pace: Response
V'Lar observed the First Officer abandon her workstation, closing the physical distance between them to stand directly at V'Lar's side before dropping her vocal register to a decibel level indicative of a private, interpersonal exchange.
Tahna: How are you holding up? Anything I can do on the patient side of things?
The question implied a concern for her physiological or psychological fatigue. V'Lar found the premise illogical; she was functioning exactly as her training dictated.
V’Lar: ::Lowering her voice:: My cognitive and physiological metrics are within optimal parameters. As for the patients... at this juncture, the rate of cellular decay has outpaced our conventional medical resources.
Tahna: Response
V'Lar: ::Maintaining a low tone:: The exotic radiation is proving terminal to all admitted subjects. Statistically, only a minor percentile may survive long enough for an effective treatment to be synthesised and administered. Given that the civilian medical staff cannot arrest the cellular decay, I am focusing resources on those who are likely to survive the longest.
V'Lar observed the First Officer process the grim medical reality. While V'Lar intellectually understood that empathy dictated a desire to comfort the afflicted, they had only finite resources which logically needed to be focused on those who had the potential to be saved. The inoculant they were currently attempting to synthesise was not a cure; it was merely a biological shield designed to halt further radiological absorption. Reversing the catastrophic cellular decay already ravaging the patients would require an entirely separate medical breakthrough.
Tahna: Response
V'Lar glanced towards Lieutenant Pace, who was overseeing the simulations, before returning her attention to the Bajoran First Officer.
V’Lar: ::Lowering her voice further:: The civilian medical personnel next door are experiencing acute emotional distress. They are not equipped for the psychological strain of witnessing their colleagues expiring in such a manner. I propose I trade places with them. I am biologically equipped to administer terminal care without succumbing to psychological strain; furthermore, I can still contribute remotely to the development of an inoculant.
oO Medical ethics prioritise the preservation of life, but when mortality is a mathematical certainty, the parameters must shift to the mitigation of collateral harm. To permit their continued emotional deterioration when I can absorb the burden is fundamentally illogical. Oo
Tahna/Pace: Response
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