Flux-Conditioned Memory in Physical Systems: Statistical Evidence for Corridor Formation from Atmospheric Orbs to Astrophysical Jets

This paper investigates whether luminous phenomena preferentially occur in environments
characterized by high matter or energy flux. Observational reports of luminous orbs in
atmospheric environments appear statistically associated with high-flux settings such as
lightning storms, aircraft corridors, and naval vessels. Similar corridor-like structures occur
across astrophysical systems including plasma filaments, Herbig–Haro objects, relativistic
jet knots, and spiral galaxy arms. General relativity describes spacetime curvature but does
not predict environmental conditioning produced by transient energy flux. In contrast, the
Space‑Phase (SP3) framework proposes that intense flux can condition the substrate of
space, generating coherence corridors capable of guiding subsequent energy transport and
producing localized luminous nodes.