PFUSRC‑175C: Ontological Localization of Prime Anchors in Proton and Atomic Structures Subtitle: The Topological‑One Unfolding of Non‑Change, Change, and Simplicity

PFUSRC‑175 completed the discrete verification of topological fissures in square‑cubic power coupling within the 55 observational grid, establishing the slot rules for bottom‑layer effective topological residuals. PFUSRC‑175B further proposed the prime‑constraint principle on power exponents, falsified the ontological legitimacy of the fourth power, and determined higher powers to be projection‑layer arithmetic illusions. This paper extends the aforementioned ontological constraints from the purely number‑theoretic level into the microscopic particle physics system, establishing a unified general framework for particle structure and topological ontology. This paper takes the “Three Principles of Change” from the I Ching as the top‑level ontological foundation of the PFUSRC framework: Non‑Change is the constancy of the topological ontology; Change is the dynamic unfolding of flow variables; Simplicity is the return of all phenomena to the One. The framework confirms that all microscopic material bottom‑layer architectures — proton structure, atomic shells, electron orbitals, nuclear magic numbers — are constructed solely upon prime anchors 2 and 3 and their compliant power combinations, with no higher‑power or higher‑dimensional redundant structures. Traditional physics, in fitting projection‑layer observational data, introduces extensive higher‑power perturbative corrections and multi‑dimensional extension models, which are artificial symbolic‑layer derivational redundancies rather than the true structure of material ontology. The ontological bottom layer follows the four‑dimensional flow‑variable architecture (three‑dimensional dynamic variables + flow time dimension), and achieves self‑consistent growth and steady‑state evolution through prime anchors, topological fissures, and broken symmetry. Calculus and topological fissures are not defects of the framework but the necessary bottom‑layer mechanisms for the unfolding, convergence, interaction, and growth of the Topological One. This study ultimately unifies number‑theoretic ontology and particle physics ontology, completing a full‑domain self‑consistent closure from pure topological axioms, through numerical verification, to microscopic material structure, and thoroughly negates higher‑power and blindly multi‑dimensional projection‑layer illusory constructions.