The Phase Dynamics of the Void: A Unified Framework for Fundamental Physics

Contemporary physics has achieved remarkable successes in quantum field theory, general relativity, and cosmology, yet numerous fundamental questions remain unanswered within a unified framework. This paper proposes the Phase Dynamics of the Void (PDV) as a novel theoretical framework that attempts to address these questions from a single foundational basis. The core assertions of this framework are: the Void is the sole physical substrate, phase is the sole dynamical variable, and desynchronization and synchronization are the sole mechanisms underlying all phenomena. This paper systematically expounds the core mechanisms of void symmetry breaking, spatial lattice generation, ternary resonance, energy borrowing rules, phase dynamics, and particle generation, and thereby explains: the origin of fields in quantum field theory, the microscopic substrate of spacetime curvature in general relativity, the common origin of various cosmological phenomena, the unified source of the four fundamental forces, the physical mechanisms behind wave-particle duality and the measurement problem in quantum mechanics, and the anomalous longevity of the proton