ZIP Framework Informational Ontology

AUTHOR’S NOTE (Version 2)This version represents a conceptual refinement of the original informational ontology of the ZIP framework. While the core ontological intuition remains unchanged, the text has been reorganized and clarified to reflect the subsequent development of the ZIP framework, including its separation into ontological foundations and physical interpretations.This document is intended to serve exclusively as the ontological basis of ZIP. For the current physical interpretation, effective-field formulations, and bridges to gravitation, electromagnetism, and cosmology, readers are referred to ZIP Framework Interpretation (v2).Version 1 remains archived for historical reference. This work presents the ZIP framework as a conceptual and ontological model of reality,operating at a pre-physical level prior to formal physical theories. The frameworkdescribes reality as emerging from a continuous informational field through localinterference, resonant stabilization, and discrete transformations. Particles, spacetime, and physical laws are interpreted as emergent and statistically stable structures rather than fundamental entities. The ZIP framework does not introduce new physical equations or experimental predictions; instead, it provides an interpretative scaffold explaining why features such as quantization, locality, and structural stability naturally arise across physical descriptions. This document is intended as a position paper and a foundation for further theoretical development, remaining compatible with contemporary physics while being formally agnostic.