ZIP Framework Interpretation

EDITOR’S NOTE (Version 2) This version reflects significant conceptual development of the ZIP framework, including the introduction of effective-field formulations and explicit bridges to gravitation, electromagnetism, and cosmology. Version 1 remains archived for reference. This preprint presents the ZIP framework as a pre-physical ontological model addressing the conditions under which structured reality can emerge from a fundamentally energetic substrate. Within the framework, energy is treated as the primary dynamical foundation, while information is understood as an emergent, structured property arising from sufficiently coherent and resonantly stable energetic configurations. Reality is described as a process of stabilization in which energetic fluctuations, through coherence, interference, and resonance, give rise to persistent informational patterns and discrete, statistically stable configurations (ZIP states).The framework does not introduce new physical equations, particles, or experimental predictions. Instead, it provides an ontological and interpretative scaffold compatible with contemporary physics, aimed at clarifying why quantization, stability, spacetime relations, and effective physical laws naturally arise. This work operates at a conceptual level prior to formal physical models and is intended as a foundational reference for further investigations into the emergence of physical structure and coherence-based interpretations of established theories.