The Weak Force as Harmonic Decoherence in Static Vibrational Reality

This supplement strengthens the Static Vibrational Reality (SVR) framework by showing that particle lifetimes follow a harmonic law: the weak force emerges as vibrational decoherence, with decay widths scaling with the off-step from harmonic mass nodes. Using PDG and HFLAV datasets (2010–2025) across leptons, mesons, and baryons, we demonstrate robust correlations, supported by Kendall and Spearman statistics, Theil–Sen regression, leave-one-out stability, baryon δ-scan, negative controls, and Monte Carlo error propagation. The results reinterpret the role of W and Z bosons as emergent resonances rather than fundamental mediators, providing a predictive relation between particle mass and lifetime.