TUM is a self-contained geometric-algebraic framework based on the reduction of Cl(10) to Cl(8). All fundamental properties — including the gauge group structure, fermion content, mass spectrum, and interaction laws — follow directly from the algebraic closure and symmetries of the underlying space, without any external inputs or adjustable parameters. This document establishes the physical foundations, defines the Metric Coherence Parameter Ξ₁₀ as the key quantity governing the coupling between geometry and matter, and presents the resonance conditions, thermodynamic consistency, and measurement criteria derived from the model. The framework unifies the description of quantum scales, gravitational interactions, and cosmological behavior through a single mathematical structure.
Sebastián Berón (Tue,) studied this question.