Extended Standard Model Forces in Quantum Graph Emergent Field Theory (QGEFT): Strong Confinement, Electroweak Mixing, Decay, Flavor Hierarchy, and CP Violation via Topological Optimization

Paper 79 does not claim that the exact experimental values of αₛ, sin²θW, CKM matrix elements, or PMNS parameters have been derived. It claims a narrower but powerful result: the five remaining Standard Model phenomena—color confinement, electroweak mixing, particle decay, flavor hierarchy, and CP violation—all emerge naturally from the same QGEFT engine that already produced quantum mechanics, gravity, and electromagnetism in Paper 78. The combined Papers 78+79 provide a complete computational proof that all known fundamental forces and particle properties of the Standard Model are manifestations of one principle: topological stress minimization on a discrete graph.