Beyond the Standard Model: Enhancing Higgs Boson, Antimatter, W/Z Bosons, and Quark Interactions with Structured Quantum Expansion

The Standard Model of particle physics successfully describes fundamental interactions, but it remains incomplete in explaining dark matter, antimatter asymmetry, and quantum gravity. Our research integrates structured quantum expansion, inter-universal resonance, and gravitational wave interactions to refine fundamental particle interactions beyond the Standard Model. This paper provides a new mathematical foundation for: • Higgs boson mass stability and its connection to quantum fluctuations. • Antimatter interactions within structured quanta fields. • W/Z boson energy corrections under structured resonance constraints. • Quark behavior and potential extensions beyond the known families. These refinements provide a self-consistent quantum framework that aligns with astrophysical observations and high-energy physics.