Unified Energy Exchange Theory (UEET): Extended Technical Report and Mathematical Formalism Abstract: Why does the Standard Model require 19 arbitrary, fine-tuned constants? What if the complexity of our universe is not an inherent property of matter, but a topological consequence of the vacuum itself? The Unified Energy Exchange Theory (UEET) Extended Technical Report presents a radical shift in theoretical physics, moving away from fragmented force-field descriptions toward a singular Tetrahedral Phase-Network Ontology. This 150+ page treatise provides the formal derivation of physical laws based on three fundamental pillars: The Asymmetry Coefficient (a): A geometric derivation of energy residue, providing a first-principles origin for mass and the modified relation E=(1-a)mc2 Tetrahedral Phase Dynamics: A mechanism where synchronized nodal oscillations manifest as the electromagnetic and quantum field structures we observe. Lattice Topology: A structural framework from which spacetime and gravitational dynamics emerge as natural network gradients, effectively addressing galactic rotation without the need for "dark" parameters. By reducing the reliance on independent variables, UEET offers a path toward the ultimate goal of physics: Simplicity. This report includes the full mathematical formalism, proving the fine-structure constant as a topological necessity and unifying Strong, Weak, Electromagnetic, and Gravitational interactions within a single, discrete geometric network. Invitation to the Community: This technical report is an open invitation for rigorous stress-testing. We provide the equations; we invite you to apply them to your specific anomalies—from quantum gravity to cosmological rotation curves. Let the geometry speak for itself.
Samir Džolota (Mon,) studied this question.