FORCE_HIERARCHY
COMPLIANTElectrostatic vs. ion drag dominance — gravity deprioritized
Module Overview
FORCE_HIERARCHY enforces the central axiom of Loc-Geist physics: in ionized environments, electrostatic force (Fₑ) and ion drag force (Fᵢ) are the dominant forces acting on charged particles — not gravity. Classical physics models that apply Newtonian gravitational dominance to atmospheric anomalies consistently produce incorrect trajectory predictions. FORCE_HIERARCHY recalculates all observed object motions by deprioritizing gravitational acceleration and applying the correct electrostatic and drag force hierarchy.
Parameters
How It Works
Force Ranking
For each tracked object, all acting forces are computed and ranked: Fₑ (electrostatic), Fᵢ (ion drag), F_mag (magnetic), F_g (gravity). Objects in active field zones always rank Fₑ first.
Trajectory Recalculation
Standard gravity-dominant trajectory models are rejected. The module re-integrates observed paths using the Loc-Geist force hierarchy to produce corrected motion vectors.
Compliance Flagging
Any analysis pipeline that treats gravity as dominant without first clearing the ionization baseline is flagged as NON-COMPLIANT and quarantined for review.
Residual Analysis
The delta between gravity-model predictions and force-hierarchy predictions is logged as the 'anomaly residual' — a key indicator of genuine non-conventional behavior.
Core Physics Expression
In fully or partially ionized environments, Coulomb electrostatic force Fₑ = qE can exceed gravitational force F_g = mg by several orders of magnitude. Loc-Geist never assumes gravitational dominance without first clearing the ionization state.
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