The Physical Ontology of Mass and Higgs Field Condensation: An Emergent Mechanism Driven by Quantum Information Topology / 質量的物理本體論與希格斯場凝結：量子資訊拓撲驅動之突顯機制

This paper (VII_003) establishes the physical ontology of mass and Higgs field condensation within an emergent quantum information framework. We demonstrate that rest mass is not an intrinsic, fundamental scalar attribute, but rather the topological information damping exerted by the Higgs condensation field upon geometric perturbation. Reinterpreting the Higgs Vacuum Expectation Value (v ≈ 246 GeV) as the baseline information capacity noise floor of the phase-locked quantum network, and Yukawa couplings (yf) as information exchange frequency factors, this work provides an ontological, background-independent foundation for the particle mass generation mechanism without invoking ad-hoc scalar field postulates.