NEUTRAL_VOID
MONITOREDDetecting falsely-assumed electrically neutral zones
Module Overview
NEUTRAL_VOID targets one of the most common analytical errors in anomaly investigation: assuming that a region is electrically neutral because no obvious ionization source is present. In practice, partial ionization is ubiquitous in the lower and upper atmosphere. Dust grains, aerosol particles, and even water droplets accumulate charge through triboelectric contact, photoelectric emission, and cosmic ray exposure. NEUTRAL_VOID actively maps these hidden charge distributions in regions that standard models classify as inert.
Parameters
How It Works
Passive Carrier Detection
Ultra-sensitive Faraday sensors detect charge carrier populations below the threshold typically used to define 'ionized' zones, revealing hidden electrostatic structure.
Triboelectric Logging
Contact charging events between airborne particles are logged. Even a single gram of fine dust can carry a measurable net charge sufficient to influence nearby objects.
Zone Reclassification
Regions previously classified as neutral are reclassified by charge carrier density. Zones above 0.8 µC/m³ are re-flagged as ACTIVE for FORCE_HIERARCHY re-analysis.
Sighting Correlation
Reclassified zones are intersected with historical sighting reports. A statistically significant proportion of previously unexplained sightings occur in reclassified zones.
Core Physics Expression
Net charge Q_net on a macroscopic particle cluster is the algebraic sum of all individual carrier charges. Charge cancellation is never guaranteed — partial charging is the rule, not the exception.
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