A Novel Framework for Weather-Induced Electromagnetic Events

This paper introduces an original theoretical framework redefining weather as an emergent electromagnetic process, driven by the interaction between atmospheric magnetic “data” and electric “potential.” Rather than viewing storms as purely thermodynamic events, this interdisciplinary approach treats them as system-level information discharges—akin to neurological firings—governed by pressure, configuration, and coherence. Drawing from systems theory, atmospheric physics, and bio-electromagnetism, the paper proposes that lightning and thunder are not random results of instability, but structured consequences of electromagnetic information release. This paradigm opens new pathways for predictive modeling, disaster prevention, and restoring planetary electromagnetic balance. Authored by Clyde Jermaine Wilcox, independent researcher in advanced theoretical physics and mathematics. ---