SM-2: Mass Generation from Geometric Hierarchies in the 600-Cell Lattice

Abstract: A semi-empirical framework for mass generation in CPP, in which particle masses emerge from the geometric structure of cage subgraphs within the 600-cell lattice. A single calibration constant k ≈ 0.0185 is fixed to the electron mass; all other masses are estimated from polyhedral cage assignments, ZBW energy contributions, and SSV field terms using uniform rules. The framework achieves calibrated consistency with PDG central values for all Standard Model particles.