Quark Supremacy and Field Resolution: A USP Field-Based Framework

*** This version reflects an early stage of the theory and is being refined to better match USP Field principles.*** This unified work presents a complete theoretical and observational analysis of quark behavior within the USP Field model. It outlines the structural logic that demonstrates why quarks must be stronger than atoms, why they are never found free, and how they resolve through either collapse (failed quarks) or completion (structured matter). The document introduces both field-based and field-independent proofs: It explains that quarks, even as triads, are structurally incomplete without electron stabilization. It challenges the concept of quark “decay,” asserting instead that quarks either collapse into failed states or complete into stable matter. It argues that failed quarks (dark matter) are the most stable remnants of unresolved field loops and should be a primary focus of subatomic study. Finally, it presents neutron stars as real-world observational proof of quark supremacy — enduring even when all atomic and electromagnetic structures fail. The USP Field Theory's principles of structural tension, completion, and field filtering are applied to clarify why matter forms the way it does — and why the universe favors wholeness over fragmentation.