Emergent Mass Generation and Electroweak Phenomena in The Theory of Us

We rigorously derive particle masses (for nucleons and quarks) and key electroweak parameters (including the Higgs mass, the fine-structure constant, and the mixing angles of the CKM and PMNS matrices) using the recognition scaling principle. Our analysis features a two-stage derivation of the Higgs mass that converges to 125 GeV, and demonstrates that all these quantities are derived entirely from first principles without any free parameters. These results unify mass generation and electroweak phenomena under the parameter-free foundation of The Theory of Us.