IONIC_FLUX
ACTIVECharge-carrier behavior in ionized field environments
Module Overview
IONIC_FLUX is the primary charge-monitoring subsystem of the Loc-Geist framework. It continuously measures the flux density of ionized particles — predominantly dust grains, aerosols, and plasma-entrained debris — within active electromagnetic field boundaries. Rather than treating atmospheric particles as passive objects, Loc-Geist treats them as live charge carriers whose behavior is determined by the ambient electrostatic gradient.
Parameters
How It Works
Field Sampling
Sensors sweep for localized ionization density anomalies at 200ms intervals, flagging zones where charge concentration deviates more than 2σ from baseline.
Particle Classification
Each flagged particle cluster is classified by charge sign (positive, negative, bipolar), size distribution, and drift velocity relative to the ambient field vector.
Flux Mapping
Classified clusters are rendered onto a 3D flux map updated in near real-time, overlaid against known sighting event coordinates for correlation analysis.
Anomaly Threshold
Events where ionic flux exceeds 4.5 µC/m³ for more than 8 seconds are automatically escalated to the DISCLOSURE_UPLINK pipeline for human operator review.
Core Physics Expression
Ion flux Φ is the surface integral of current density J, composed of charge density ρ and drift velocity v. Non-neutral particles are never assumed to be at rest.
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