Light-Coherence Participation Principle (LCPP): Coherent Electromagnetic Energy Transport, Gradient Stabilization, and Emergent Organization Across Optical, Filamentary, and Prebiotic Systems

This paper presents an exploratory interdisciplinary framework investigating the role of light and coherent electromagnetic energy transport in the emergence of stable organization across nonlinear, nonequilibrium systems. The Light-Coherence Participation Principle (LCPP) proposes that light functions not as a mystical governing force, but as a uniquely effective mediator of coherent energy transport, gradient interaction, nonlinear convergence, filamentary stabilization, and localized organizational persistence. Large synthetic simulation campaigns were conducted across refractive optical systems, moist caustic fields, filamentary plasma-like systems, and physically constrained prebiotic toy environments. The framework is offered as a hypothesis-generating, experimentally testable foundation for future investigation. No claim of proof is made.