PFUSRC-106 Ontology of Order and Disorder — Three-Tier Global Cosmic Architecture and Complete Elimination of Fallacious Positive-Negative Dichotomy

Contemporary mainstream cosmology and particle physics are rooted in two a priori assumptions lacking topological verification: first, elevating the mathematical symbol ”0” to the fundamental physical substrate of the universe; second, interpreting all microscopic interaction laws solely through second-order Z_{2} binary mirror symmetry. These two underlying presuppositions jointly spawn logical contradictions including the singularity cosmic genesis model, total zero-energy hypothesis, negative-energy objects, matter-antimatter opposition, and vague interpretations of dark matter and dark energy, continuously distorting the real topological nature of cosmic hierarchies and particle symmetry configurations. Based on the PFUSRC Eleven-dimensional Triple Coaxial Bicone Topology System, this paper establishes the top-level ontological axiom that Primordial Unity (abbreviated PU) is the sole existential substrate while zero serves merely as a mathematical computational tool. It rigorously defines a three-tier cosmic framework: Global Chaotic Set, Topological Mother Universe, and Embedded Sub-Universe. By introducing discrete Chern-class topological charge and dimensionless topological locking ratio to quantify the boundary between order and disorder, this paper proves that order and disorder are merely two positive topological morphologies of 4D topological flow variables (abbreviated TFVs) under topological locking and free diffusion, with no physical processes of negative ontology or zero annihilation. Antimatter, dark matter, and dark energy are uniformly interpreted as projection variants of high-dimensional topology onto four-dimensional spacetime, systematically eliminating conceptual biases derived from the binary paradigm. Closed-loop solutions are provided for five core academic doubts: topological parameter quantification, mathematical definition of field theory, thermodynamic self-consistency, falsifiable experimental predictions, and vacuum zero-point paradox. A topological scaling relation for gravitational wave peak frequencies is supplemented, locking a unique observable prediction of topological perturbation within the LISA frequency band. The appendix derives the Dirac equation via dimensional reduction and degeneration of the unified bicone convergence-divergence formula, demonstrating that mainstream fundamental quantum equations are only four-dimensional kinematic approximations of high-dimensional topology. This paper completes revisions to two fundamental flaws of modern physical paradigms and constructs a comprehensive theoretical defense boundary. Quantitative dynamic calculations, gauge field derivations, and numerical solutions for fermion mass spectra will be implemented in dedicated follow-up PFUSRC papers.