Posted by Lieutenant Selene Kross (Chief Science Officer) in Main Sim: Science Labs
Geosted by Commander Thraz sh’Kellirathras (First Officer/Chief of Security) in Main Sim: Science Labs

Posted by Captain Rende Asam (Commanding Officer) in Main Sim: Science Labs
Posted by… suppressed (12) by the Post Ghost! 👻
The piercing cadence of the red alert klaxon echoed throughout the science laboratories as the overhead lighting sh,ifted abruptly from its normal illumination to the pulsing crimson of emergency power. Around Specialist Stovik, conversations ceased instantly, replaced by the disciplined movements of Starfleet scientists securing delicate equipment and preserving active experiments before they could be damaged by whatever crisis had overtaken the Sentinel.

Stovik remained composed. Panic had never proven an effective analytical tool.

He moved to the central laboratory console, his fingers passing methodically across the controls as he initiated the standard emergency shutdown sequence for several xenobiological cultures that could not be left unattended during a power fluctuation. Containment fields confirmed stable. Cryogenic storage remained within operational tolerances. Laboratory environmental systems continued functioning despite the ship-wide emergency.

Acceptable.

The deck vibrated beneath his feet with a low, persistent resonance unlike the normal rhythm of a vessel at warp. His attention shifted immediately to the engineering telemetry available through the laboratory network. Much of the ship’s internal status data had become restricted or was updating intermittently, leaving only fragmented information available to personnel outside Engineering and the Bridge.

He made no attempt to draw conclusions from incomplete evidence.

Instead, he began compiling the environmental readings available to Science—subspace fluctuations within the laboratories, localized gravimetric stability, radiation levels, and internal sensor integrity—organizing the data into a concise report should the Chief Science Officer require immediate scientific support.

Finding no indication that the laboratories themselves were the source of the emergency, Stovik tapped his combadge.

=^= Specialist Stovik to Lieutenant Kross. Science Laboratories remain secure. Laboratory personnel are accounting for hazardous materials and preserving critical research. I am compiling available environmental telemetry and stand ready to provide scientific analysis or additional support as required. =^=

The transmission complete, he returned his attention to the displays.

=^= Kross to Specialist Stovik. Acknowledged. Excellent work. Continue preserving laboratory assets and forward all environmental telemetry directly to the main science database. Prioritize any verified deviations in subspace geometry, gravimetric gradients, chroniton emissions, theta radiation, or localized sensor interference, regardless of magnitude. =^=

Until sufficient data existed to identify the nature of the cascade failure, speculation would be inefficient.
Observation, verification, and analysis remained the logical course of action.

Stovik
Science Specialist

OOC: GM Edit of information

=^= Lieutenant Kross to all Science personnel. Maintain your current stations unless otherwise directed. Preserve critical research, secure hazardous materials, and continue monitoring local sensor integrity. Report only corroborated anomalies through departmental channels. We will establish an accurate assessment through disciplined observation and verified evidence, not speculation. =^=

Dr. Lieutenant Selene Kross
Chief Science Officer
Uss Sentinel

The main corridor of Deck 9 was crowded and packed. Not only were half the science labs on this deck, but so was Sickbay. All the injuries were being brought down to deck 9, and the corridor was packed. The lights flickered red and alarms continued to go off. The main passageway connecting the different sections of the deck is lit in red emergency lighting, and there’s a faint vibration running through the deck. A horde of crew members are moving through, some heading to emergency stations, others helping injured colleagues.

The computer screens in all the labs begin to flash FIRE CHEMICAL LAB: DECK 9 SECTION 2C FIRE SUPPRESSION MALFUNCTION

EvilJen, DDoSFEO

OOC: GM Edit because Kross is on the bridge not deck 9.

EvilJen, DDoSFEO

For a fraction of a second, the only movement within Xenobiology was the rhythmic pulse of the crimson emergency lighting across polished laboratory surfaces.

Then the room came alive.

Several junior scientists instinctively turned toward the corridor, while others looked to the emergency status displays for guidance. The low vibration beneath the deck plating intensified slightly, accompanied by a distant metallic groan reverberating through the bulkheads. Somewhere beyond the laboratory walls came the muffled shouts of damage control teams competing with the incessant wail of the red alert klaxon.

Stovik studied the display without haste.

A chemical fire on the same deck, combined with a failure of the automatic suppression system, represented a localized but potentially escalating hazard. If allowed to spread, the combustion products could compromise adjacent laboratories containing volatile compounds and biological specimens.

That outcome was… undesirable.

He moved to the laboratory environmental controls, confirming that the xenobiology laboratories remained sealed from the primary corridor.

“Computer. Isolate Laboratory Subsection Three from Deck Nine environmental circulation.”

The acknowledgment tone sounded almost immediately as blast dampers closed within the ventilation trunks.

Containment was preferable to reaction.

He turned toward the assembled science life signs.
“All non-essential personnel will remain inside the laboratory until corridor conditions have been verified. Secure all flammable reagents. Disconnect unnecessary power from laboratory workstations. Prepare portable fire suppressant canisters and emergency environmental masks. If the fire extends beyond Chemical Laboratory Two Charlie, we may boffline establish secondary containment manually.”

TBulkheads were delivered without urgency, yet with unmistakable authority. Several scientists immediately dispersed to carry out the tasks.
statu>>>Stovik activated another con,sole, bringing up thtransportedmatic. With the auto,mated suppression offline, conventional damage control procedures would be necessary.

Portable suppression units, emergency force fields,
manual isolation of adjoining compartments and ventilation shutdown. The list of emergency measures ticked off in orderly fashion in his head.

If necessary, depressurization of the affected laboratory by Damage Control. Each option carried measurable advantages and risks. It was not his decision to make.

He tapped his combadge.

=^= Specialist Stovik to Bridge. Chemical laboratory fire reported on Deck Nine, Section Two Charlie. Automatic fire suppression systems are non-functional.

Xenobiology has isolated its environmental systems and secured hazardous materials. Recommend immediate dispatch of Damage Control teams equipped with portable suppressant units and emergency force-field generators.

Advise Operations to isolate ventilation servicing Section Two Charlie to prevent smoke and chemical propagation. If suppression proves unsuccessful, controlled evacuation of adjacent compartments followed by atmospheric venting of the affected laboratory should be considered. Awaiting further instructions. =^=

The transmission ended.

The captain’s voice came over the comms. Clear, firm, and louder due to the noise on the bridge and the ship. [O] Do it! Bridge Out.[C]

=^= Understood. =^=

He returned his attention to the deck schematic, already monitoring atmospheric composition, particulate density, and thermal gradients for any indication that the fire—or its toxic byproducts—had begun spreading beyond its reported location.

Until empirical evidence suggested otherwise, the integrity of Xenobiology remained acceptable. For now he thought.

Stovik
Science Specialist

Then what Stovik dreaded. The computer came back with a horrific warning. =/\=ISOLATION OF LABRATORY SUBSECTION THREE FROM DECK 9 ENFIRONMENTAL CIRCULATION FAILED. BULKHEAD STRUCTURAL INTEGRITY FAILURE IMMENATE.=/\=

Then the whole ship shuttered. A concussive blast slammed out of another area and force of it through the corridor blew lights, blew personnel to the floor, and tore the walls apart. =/\=HULL BREACH DECK 9 SECTION 1 HULL BREACH DECK 9 SECTION 1=/\=

Cpt. Asam, CO

Stovik’s fingers moved across the environmental control console with practiced precision, immediately implementing the Captain’s authorization.

“Computer. Isolate ventilation to Deck Nine, Section Two Charlie. Seal all internal laboratory access points. Activate emergency force-field projectors where available. Divert auxiliary power to laboratory containment systems.”

Acknowledgement tones answered in rapid succession as commands propagated throughout the ship’s strained infrastructure.

He turned briefly toward the assembled scientists.

“Continue securing hazardous materials. Emergency masks and suits are to be donned immediately. Prepare portable suppression equipment and establish casualty treatment stations within the laboratory. Should containment fail, priority will be preservation of personnel followed by prevention of biological contamination.”

Several members of the laboratory staff acknowledged and resumed their work with renewed urgency.

Stovik returned to the sensor display, monitoring atmospheric chemistry, structural integrity, and thermal expansion throughout the surrounding compartments. Small fluctuations began appearing across the schematic—

Then the computer interrupted.

=/= ISOLATION OF LABORATORY SUBSECTION THREE FROM DECK NINE ENVIRONMENTAL CIRCULATION FAILED. BULKHEAD STRUCTURAL INTEGRITY FAILURE IMMINENT. =/=

One eyebrow rose a fraction.

“Illogical.”

The deck lurched violently.

A deafening explosion reverberated through the ship as the blast wave tore down the corridor outside Xenobiology. The laboratory lights burst in showers of sparks, several display panels exploded, and the force threw unsecured personnel and equipment across the compartment. Stovik braced himself against the primary science console, maintaining his footing as the deck bucked beneath him while several junior scientists were thrown to the deck.

A heartbeat later came the computer’s next warning.

=/= HULL BREACH. DECK NINE. SECTION ONE. HULL BREACH. DECK NINE. SECTION ONE. =/=

The Vulcan immediately assessed the situation.

“Status report.”

“Labs secured, but we can’t access the chemical lab,” one NE reported.

His gaze swept across the laboratory.

“Account for all personnel. Treat the injured. Secure any compromised biological specimens. Verify the integrity of all biological containment units.”

NL Franks nodded, “Biological speciens are secured into safe transport containers. I’ll start an account for personnel.”

He moved to another functioning console, rerouting power through surviving systems as rapidly as the damaged network permitted while reviewing structural telemetry.

=^= Bridge, this is Specialist Stovik. A secondary explosion has resulted in a hull breach on Deck Nine, Section One. Laboratory environmental isolation has failed due to structural damage. Xenobiology personnel remain accounted for and are initiating casualty response and hazardous material containment. Request immediate structural integrity assessment and Damage Control support. We will maintain containment for as long as conditions permit. =^=

[O]We are aware Stovik. Keep your area stable. Kross is on her way. So are engineering teams. Do your best.[C] The captain barked before the comm went silent.

Without waiting for a reply, Stovik continued analyzing the incoming sensor data. The hull breach had fundamentally altered the situation. If the explosive decompression had deprived the chemical fire of oxygen, it might extinguish the flames before they could spread. Conversely, the structural damage could have compromised additional laboratories, introducing entirely new hazards. Speculation was of little value.

The hull breach did not affect the conditions in the Chemistry Lab. The hull breach was in section 1 which was the forward section of the deck which included the Recreation Room and Mess Hall.

The data would determine the correct course of action.

Stovik
Science Specialist

As Cmdr. sh’Kellirathras appeared on Deck 9 it was controlled chaos. People were streaming from section one. Those that were able were taking the ladders to other decks. Engineers were heading to the damage. Medical was being inundated with wounded. Triage was happening in the corridor. Those less injured were being taken to the gym on Deck 8. The labs were a problem. Thraz could sense the heat from the fire building. He couldn’t feel it yet though, but the air was charged with it, pricking at his antennae. There was no sign of their missing chief engineer in the corridor.

Cpt. Asam, CO

The bridge had become a center of controlled urgency. Reports continued to arrive from across the ship, each one adding another piece to the unfolding situation aboard the Sentinel. Selene Kross remained focused on the incoming science-related data, carefully separating confirmed readings from incomplete information. The ship’s systems were under strain, and with multiple failures occurring simultaneously, accurate analysis was more important than speculation.

When the latest reports from Deck Nine came through, Selene immediately shifted her attention toward the Science Department’s area of responsibility. The information available was limited, but the situation was clear enough: a laboratory fire, a failure in suppression systems, and structural damage had created a dangerous environment for both personnel and ongoing research.

She accessed the available sensor feeds, reviewing atmospheric readings, structural telemetry, and internal environmental reports. The damaged systems made the picture incomplete, but the data that remained showed an escalating situation requiring direct scientific oversight.

=^= Kross to Stovic. I am proceeding to Deck Nine to coordinate the Science Department emergency response and assess laboratory conditions firsthand. I will provide further updates once I have confirmed the status of the affected areas. =^=

Selene stepped into the turbolift, her tricorder already active as she continued monitoring the limited information available. The familiar hum of the ship’s systems was replaced by the warning tones of red alert, emergency lighting reflecting across the walls as the Sentinel continued fighting to maintain operational stability.

When the turbolift doors opened onto Deck Nine, Selene was immediately met with the reality of the situation. The corridor was filled with emergency activity. The red glow of the warning lights illuminated the passageways while the sounds of alarms, damage control efforts, and medical response teams echoed throughout the deck. Smoke and the sharp scent of damaged equipment lingered in the air, while the subtle vibration running through the deck plating served as a reminder that the ship was still under stress.

Selene moved carefully through the corridor, observing the conditions around her while gathering information from the environment. Her attention remained on the details that would help determine the next steps: the condition of nearby laboratories, the stability of containment systems, and any indications that the damage had affected additional science facilities.

She reached the science area and paused briefly, taking in the condition of the department. This was no longer a routine scientific operation. Every decision now carried consequences, and every piece of information could determine whether the situation stabilized or continued to worsen.

Activating her tricorder, Selene began collecting independent readings of the surrounding area, comparing them against the information received from the ship’s sensors. She focused on atmospheric composition, possible contamination risks, radiation levels, and any unusual energy signatures that might explain the failures occurring throughout the vessel.

=^= Kross to Science personnel. Lieutenant Kross on Deck Nine. Continue following emergency procedures and maintain priority on personnel safety and containment of all scientific materials. Report confirmed changes in environmental conditions or containment status through departmental channels. =^=

=^= Stovik to Lieutenant Kross. Acknowledged. Xenobiology personnel are accounted for and emergency procedures remain in effect. Hazardous materials have been secured to the extent permitted by current conditions, and containment units are being continuously monitored for integrity. We are conducting atmospheric analysis, tracking structural stability, and assessing for contamination resulting from the hull breach. Any confirmed changes in environmental conditions or containment status will be reported immediately through departmental channels. =^=

The transmission concluded as he directed another scientist toward an unstable specimen storage rack.

“Secure that container before attempting debris removal. Preservation of containment remains the priority.”

Returning his attention to the sensor readouts, Stovik continued comparing real-time environmental telemetry against pre-incident baselines, searching for any indication that toxic combustion products, biological contaminants, or structural failures were propagating toward Xenobiology. Every new data point refined the laboratory’s response and would provide Lieutenant Kross and Damage Control with the most accurate assessment possible.

Stovik
Science Specialist

“Specialist Stovik,” Franks spoke up, “En. Mendez is missing. He was working in the Chemistry lab and is not responding. Alerting the ERTs now.”

Selene returned her attention to the readings before her, allowing the data to guide her assessment. The Sentinel had entered a critical situation, but the role of the Science Department remained the same as always: observe, analyze, and provide the most accurate understanding possible.

She continued working through the available information, determined to help uncover the cause of the failures affecting the ship while supporting the crew members depending on Science to keep the situation under control.

Selene Kross, Ph.D., M.D.
Chief Science Officer
Lieutenant, Sciences Division // USS Sentinel
Advanced Cryogenic & Environmental Systems

Thraz looked around briefly before motioning to two nearby officers. “You two, with me.” =^= Deck Nine Fire Response to Chemistry Labs. Rally in 14 Alpha and 26 Bravo. Use Chemical Fire Procedure Alpha Two. =^= He paused at a nearby console, pulling up the deck map to confirm the approach.

=^= Bridge, we need a scan of Deck 9 Chemistry Labs and the surrounding area for lifesigns and whether the fire is spreading beyond the lab. =^=

Commander Thraz sh’Kellirathras,
Executive Officer, USS Sentinel

“Science?” Asam barked. Telias turned to the internal scanners and opened her comm [O] Commander. Hull integrity has failed. Internal bulkhead has failed. Fire is spreading into the actual lab. Suppression system is off line. Air quality is poor. Reading 2 life signs within the lab. Bulk head to computer science lab (OOC: lab next to chemical lab) is holding. [C]

Cpt. Asam, CO

[o] Officers in the computer lab, state your statsu [c] . If they did not respond quickly he would have them transproted out. He then turned moving quickly to move to junction 14.

Commander Thraz sh’Kellirathras,
Executive Officer, USS Sentinel

The fire response teams arrived and formed up in front of sh’Kellirathras. There was no response from the personnel in the lab. =/\=Franks to emergency response teams and Lt Kross. En. Mendez is missing. He was working in the Chemistry lab and is not responding.=/\=

The Executive Officer’s voice cut cleanly through the constant wail of the red alert klaxons, carrying over the noise of damage control teams and the strained groan of the ship’s superstructure. Selene paused only long enough to verify the source of the transmission before tapping her combadge. Every second mattered, but an accurate status report mattered just as much.

=^= Kross to Commander sh’Kellirathras. Chief Science Officer responding. I have arrived on Deck Nine and am assessing conditions within the Science Department. I’m conducting an independent evaluation of laboratory integrity, environmental conditions, and any potential contamination hazards resulting from the structural damage. I’ll forward confirmed findings as they become available. =^=

Ending the transmission, Selene resumed her methodical survey of the area. Her tricorder continued sampling the atmosphere while she compared its readings against the ship’s fragmented sensor network, looking for any indication that hazardous chemicals, biological contaminants, or exotic forms of radiation had escaped beyond their containment systems. Damaged sensors and intermittent telemetry left gaps in the data, making firsthand observation essential.

The corridor remained a scene of controlled emergency response, but Selene kept her attention fixed on the scientific aspects of the crisis. Every fluctuating environmental reading and every change in structural integrity added another piece to the puzzle. Until the Science Department could establish exactly what had failed—and what remained stable—their responsibility was to provide clear, verified information that Engineering, Medical, and Command could rely upon.

Selene Kross, Ph.D., M.D.
Chief Science Officer
Lieutenant, Sciences Division // USS Sentinel
Advanced Cryogenic & Environmental Systems

Power fluctuations were sending automatic ship systems into chaos. Science teams had secured their individual labs. All personnel was accounted for except En. Mendez. The Chemistry lab was sealed off. Air quality was low but livable in the corridor. In the lab it was dangerous, fire suppression was non fuctioning, hull integrity in the Chemistry lab had failed and the fire was spreading. The hull breach in section 1 (recreation room) had partially sealed, and engineering had sealed the room off from the corridor.

Cpt. Asam, CO