Lightning as Atmospheric Collapse: A Fractal-Informational Framework for Electrical Discharge Phenomenology

Lightning remains one of the most energetic and complex phenomena in atmosphericphysics. While its electrodynamics are well characterized, several features — includ-ing ball lightning, preferential strike locations persisting over millennia, object dis-placement, and the production of antimatter — resist satisfactory explanation withinpurely electrical models. In this paper, we propose an interpretive framework drawnfrom fractal information theory in which lightning is analyzed as a collapse process: aresolution of superposed charge states into a single selected trajectory, accompaniedby residual unselected pathways and persistent structural traces in the medium. Weidentify seven structural parallels between lightning phenomenology and the opera-tions defined in the Nexorvivens cognitive architecture (collapse, spreading activation,scarring, resonance, and refraction across scales). We are careful to distinguish es-tablished atmospheric physics from our theoretical framework and from speculativeextensions. This paper does not claim to explain lightning; rather, it proposes thatlightning may serve as a natural, macroscopic instantiation of the same informationaloperations that underlie fractal models of cognition.