Date Initiated: ██/██/2024
Lead Researcher: Dr. Mindy Langley
Summary:
PX92 is a reanimated virus recovered from an ancient permafrost sample, revived under controlled conditions to test neural-substrate reactions and dormancy thresholds. The subject virus predates all known terrestrial pathogens and showed high structural integrity upon thawing. The strain exhibits partial memetic encoding and molecular bonding behavior inconsistent with terrestrial virology models.
Experimental Procedure:
- Deep-core permafrost fragment thawed in negative-pressure, biohazard-sealed chamber
- Host amoebic culture introduced to stimulate possible metabolic reactivation
- Monitored under high-sensitivity spectral analysis and Langley gel-interface
- Substrate responses logged alongside containment field oscillations and EM spike patterns
Reanimation Results:
- Viable replication began at 9m24s post exposure to host
- Neural-mimetic gel emitted low-frequency signals and bioluminescent flickers
- Audible interference recorded (frequency band 27–32 Hz) concurrent with researcher disorientation
- Partial mimetic bonding with dormant archived cells observed but unverified
- Post-experiment review detected unexplained residual heat signatures in sealed chamber
Containment Response:
Revival halted by Phase-3 lockdown protocol following containment field destabilization. PX92 resealed. Residual imprint remained on connected biosensors for 46 minutes post-isolation. Further experiments suspended pending deeper review of substrate contamination risk. All personnel exposed to the sample underwent mandatory psychological assessment due to recurring auditory hallucinations reported over 72 hours.
Rumors & Anomalous Briefings:
Internal memos reference interest from unnamed agencies regarding PX92's potential in reanimation protocols for classified biological defense projects. Leaked footage suggests PX92 variants may have already been tested on non-viable cadavers with partial neural response success. Mindy’s log includes the line, “Some corpses moved before breath returned.”
Cross-referencing with Lazarus Syndrome cases is underway.
Potential Applications (Hypothetical):
- Synthetic neural rebooting for brain-death reversal (denied by Ethics Council)
- Memory reconstitution in cryo-preserved tissue
- Interdimensional pathogen tracing via substrate echo patterns
- Controlled undead drone trials (unconfirmed field references)
Visual Sample Reference:
PX92 scan prior to full host contact:
