Unified Energy Exchange Theory (UEET) The Tetrahedral Nodal Network as the Geometrical Origin of Mass, Gravity, Electromagnetism, and Time

Abstract: Unified Energy Exchange Theory (UEET) This paper represents the final and comprehensive synthesis of the Unified Energy Exchange Theory (UEET), consolidating previously published segments into a single, rigorous mathematical and physical framework. Grounded in the ontological foundations established in the author’s book "Unified Energy Exchange - Predictive Theory of Everything", UEET moves beyond the interpretation of the vacuum as a stochastic field, providing a singular solution to the century-long divergence between General Relativity and Quantum Mechanics. The theory proposes that energy, mass, and fundamental forces emerge from a persistent phase asymmetry (α) within a dynamic tetrahedral nodal network. This structural approach successfully resolves the Cosmological Constant Problem by demonstrating that vacuum energy is not a divergent quantum fluctuation, but a stabilized structural tension inherent in the network's geometry. Furthermore, UEET provides formal derivations for: Inertia: Defined through nodal "flicker rates" (the frequency of state refresh within the lattice). Electromagnetism: Emerging via nodal torsion. Gravity: Recovered as a macroscopic network tension gradient (∇α) that naturally recovers the Newtonian inverse-square law and accounts for observed galactic rotation curves without the necessity of Dark Matter. As the definitive culmination of this research, the treatise translates philosophical postulates regarding matter-antimatter asymmetry into exact field equations. By redefining the structure of spacetime as a discrete, dynamic architecture, UEET offers a unified predictive model that clarifies the fundamental origin of energy and the expansion of the universe. Note: This is the definitive, unified version of the UEET framework, integrating and superseding all previously released research segments and preliminary reports.