Interface Framework for Emergent Fermion Generations, Gauge Couplings, and Higgs-like Mass Mechanisms in Discrete Quantum Networks

This technical note presents a formal interface framework connecting discrete quantum network structures to three key phenomenological features of the Standard Model: the three-generation fermion spectrum, the hierarchical structure of gauge couplings, and the Higgs-like mass generation mechanism. The analysis is constrained to symmetry arguments, dimensional analysis, and falsifiable numerical diagnostics, with all assumptions and interpretive claims explicitly stated.