Dark Matter Core Analysis: Preliminary scans of the core's periphery revealed irregular oscillations within the radiation field. The pattern does not align with naturally occurring gravitational waves or dark matter decay profiles.
Phase Shift Event: At 1904 UTC, sensor arrays detected a transient phase shift within the core's outer layers. The distortion persisted for approximately 47 seconds before reverting to baseline levels. Analysis indicates the shift exhibited periodicity more consistent with artificially induced spatial disruptions.
Resonant Frequencies: Spectral analysis identified harmonic resonances echoing at precisely 3.141 MHz intervals. This regularity deviates significantly from the stochastic patterns expected in unaltered dark matter cores.
Visual Anomaly: Crew observed faint, filament-like structures emerging and dissipating along the core's boundary during the phase shift event. Their movement suggested external influence rather than random energy discharge.
Radiation Signature: Further analysis revealed the core is radiating measurable levels of alpha rays. The presence of such emissions in a dark matter core is anomalous and raises concerns regarding its stability and potential interaction with surrounding matter.
--- ANALYSIS AND NEXT STEPS ---
The core's behavior suggests interaction with an unidentified external force. The harmonic signatures warrant cross-referencing with past records related to anomalous phenomena, including Espira Nula.
Recommendations:
- Deploy additional sensor buoys for continuous core monitoring.
- Assign research teams to analyze the harmonic frequencies for potential communication patterns.
- Caution advised for future survey operations within the anomaly's vicinity.
We will continue monitoring for further disturbances and provide updates as data is compiled.
![[Image: 6eYifrM.png]](https://i.imgur.com/6eYifrM.png)
![[Image: 5RDPUdc.png]](https://i.imgur.com/5RDPUdc.png)