The Primary Field and The Universal Framework - A New Perspective on Reality Through Information Density ρᵢℏ/tp = mc²

This work proposes a novel theoretical framework based on information density dynamics to describe the fundamental nature of reality. By introducing the parameter ρᵢ (information density), we demonstrate how matter emerges from a primary informational field through density modulation. The framework naturally explains Heisenberg's uncertainty principle and provides new insights into quantum entanglement as phenomena occurring in inter-frame gaps of universal evolution. We establish a direct relationship between information density and mass, explaining quantum measurement, wave-particle duality, and the profound connection between electron structure and Planck scale. The theory suggests how quantum phenomena naturally arise when information density is low, while classical behavior emerges as density increases, offering a deeper understanding of the quantum-to-classical transition and reality's fundamental architecture.