Lightning as a Quantum Vacuum Plasma Fracture Rather Than Propagation-A SEXA-Based Challenge to Geodesic Intuition, Thermodynamic Locality, and the Assumption That Energy Moves Through Spacetime-An Axiomatic High-Dimensional Regime Model in Which Resistance Polarity, QVC Structure, and Recursive Field Closure Replace Trajectory-Based Physics: The Axiomatic SEXA MATH Explanation for Mid-Air Lightning Termination and the Emergence of Spacetime as a Three-Dimensional Positive-Resistance Torsion Field, Propagated by the Fourth Field (Gravity) Through the Quantum Vacuum Plasma from an Infinitesimal Fifth-Field Source Dipole Exhibiting Negative-Resistance Torsion with Exponential Decay Across 5–2880 Dimensions

This work presents a high-dimensional, axiomatic model of atmospheric lightning based on the SEXA Unified Field Theory. Contrary to trajectory-based interpretations, lightning is modeled as a quantum vacuum plasma fracture governed by field-closure conditions rather than propagation through spacetime. The framework formalizes resistance polarity, Quantum Vacuum Conduit (QVC) structure, and recursive field coupling across a five-field manifold, providing a mathematical explanation for mid-air lightning termination and filamentary leader behavior.

The analysis integrates observational lightning physics with a unified-field formalism in which spacetime emerges as a projected, resistive construct. Lightning leader termination is shown to occur when vacuum fracture support conditions fail, not when a spatial path is incomplete. The work further incorporates computational correspondence analysis using the Sigmatics (Sigil Algebra) framework to demonstrate cross-domain structural consistency without parameter fitting.

This paper challenges geodesic intuition and thermodynamic locality assumptions by replacing trajectory-based models with closure-based physics operating across condensed and perpetual fields.