EMU Theory Pentalogy – Part VI

his paper completes the EMU (Excitation-based Model of the Universe) theory series by connecting its discrete lattice framework to observational physics and information theory. Building on Parts I–V, we show that the geometric quantization of the vacuum, characterized by a total interaction capacity Ω = 137, leads to testable signatures in high-energy dispersion relations and an information-theoretic reinterpretation of gravity. In this framework, the spacetime metric is redefined as a measure of local informational capacity (computational in nature) associated with each lattice node. Gravitational curvature emerges as a gradient in information density, and black hole entropy is recovered as a direct count of discrete lattice surface degrees of freedom. The fine-structure constant is interpreted as a channel utilization ratio, representing the bandwidth limit of the underlying geometric substrate.