The Topological Phase Equivalence of Mass and Light

Title: The Topological Phase Equivalence of Mass and Light: Substrate Equivalence and the Logistical Derivation of Mass-Energy Conservation Author: Marco Lindenbeck Description: For over a century, the Standard Model of particle physics has relied on E=mc² as a phenomenological absolute: we know that mass and energy convert, but standard physics has lacked the ontological mechanics to explain how a physical property magically transforms into a massless wave. By treating the vacuum as an empty void, the current paradigm has been forced to invent invisible, mass-granting fields (the Higgs mechanism) and accept the paradoxical "destruction" of matter. This paper introduces the Substrate Equivalence Principle (= + I/c²) within the GLR (Omega Grounded Light Reality) framework. It demonstrates that reality is not a void filled with discrete particles, but a finite, dodecahedral Information-Stability System. Mass and light are definitively unified not as transmuting substances, but as two topological phase states of the exact same underlying discrete geometry. Rest Mass (): The local structural tension of the pre-light metric, tied into a closed 4D topological soliton (a knot). Energy/Light (I): The exact same geometric string, unwound and propagating freely at the geometric speed limit (c). By applying strict logistical audits to microscopic topological events, this framework proves that mass-energy equivalence is simply the volumetric exchange rate used to unknot local structural tension. The empirical mass defect of Deuterium-Tritium fusion (17. 59 MeV) and the total energy yield of Electron-Positron annihilation (1. 022 MeV) are perfectly derived—not as magical transmutations, but as the strict geometric unspooling of substrate scaffolding required to conserve the localized Bekenstein Bound. This paper grounds quantum equivalence in definitive, logistical geometry, signaling a necessary paradigm shift for high-energy physics and future fusion engineering.