This page is part of a fictional procedural archive.

Site Y-94: The Mirrorwell Array (Codename: GLASSPOINT)

Site Y-94, internally designated as the Mirrorwell Array (GLASSPOINT), is a restricted geospatial anomaly situated within the Arctic Nunavut region, Canada. Initial detection was recorded during encrypted SATCOM sweeps in April 1992 following unexplained radiofrequency echo artifacts. GLASSPOINT comprises a subglacial labyrinth of reflective voids displaying non-Euclidean properties and spontaneous signal re-emission. Non-cleared personnel must reference ER1 Protocol prior to expedition.

1. Location and Environmental Attributes

Precise coordinates withheld per Directive. Array situated adjacent to permanent ice shelf in remote northern Nunavut (reported: 69°28'47"N, 101°57'05"W). Ambient photonic reflections recorded at 13x background solar intensity; high-frequency oscillations (HF-O) cause erratic instrument readings. Environmental teams must don anti-mirroring ocular shields during direct observation; known to cause temporary amnesia and perceptual overlay anomalies in 17/27 test subjects.

2. Array Geometry and Access Points

Mirrorwell Array extends vertically ~600m below surface, volume estimates impossible due to recursive chamber mapping failures. Access achieved via vertical meltshaft (decommissioned 1994 per risk assessment). Key chambers: Node Echo (generates self-reinforcing RF pulses), Glass Hall (location of persistent double-imagery events). Array appears architected by unknown agency; surface sonar detects corridors which cannot be reconciled with internal explorations.

3. Documented Phenomena

Recorded anomalies include: (a) repeating radio messages in obsolete encryption formats (UNCONFIRMED), (b) morphogenic mirage events within personnel field-of-view, (c) time-dilated passage within central cavity (Subject L-83 logged 7.2 subjective hours within observed 90 s interval), (d) memory resonance effect propagating across comms lines—see Incident Report MW-17. On-site electromagnetic tethering recommended; personnel loss rate after 18 minutes exposure: 22%.

4. Containment and Risk Mitigation

Since May 1995, site perimeter is protected with aurora inhibitors and RF-scrambling mesh. No further physical or remote probes authorized post-BL-21. Decontamination: intensive light filtration, mnemonic audit, and three-week psychological observation. Data on GLASSPOINT strictly compartmentalized; unauthorized dissemination initiates memory-suppression cascade per OpSec M-34. Site remains under continuous satellite observation, REDACTED shift logs.