A Unified Ontology of Classical Mechanics, Quantum Phenomena, and Cosmology — 6

Comparison Between This Theory and Mainstream Theories  Advantage 1: Absolute superiority in explanatory coherence. This theory uses only two core concepts — "Nie-matter"(Staticity) and "Ji-matter" (Dynamicity)— to provide a unified explanation for over a hundred physical phenomena, from gyroscopic stability to the three generations of quarks, from quantum computation to the large-scale structure of the universe. By contrast, mainstream theories require over a hundred disparate and mutually unrelated — or even mutually contradictory — concepts to explain them separately, such as "conservation of angular momentum," "wave function collapse," "gauge symmetry," "virtual photon exchange," "color confinement," and "spin," among others. The Higgs mechanism accounts for the masses of W and Z bosons, Yukawa coupling for fermion masses, gluon exchange for the strong force, and spacetime curvature for gravity — each mechanism independent of the others. This paper explains the masses of all particles in a unified manner through the "critical emergence of Nie-matter density," and unifies the four fundamental forces through "Ji-matter field coupling."  Advantage 2: Every explanation provided by this theory possesses a real material entity and a real, comprehensible physical mechanism, resulting in a physical picture of exceptional clarity.  Advantage 3: This paper puts forward a total of 75 explicit, falsifiable predictions spanning multiple independent domains. Among them are P1-1, P2-4, P2-7, P2-9, P3-2, P6-1, P7-2, P8-2, P9-1, and so forth — all of which are immediately practicable, decisive, and falsifiable experiments.  Advantage 4: Preserving the mathematics, replacing the ontology. This theory is compatible with mainstream theories in mathematical form. The mathematical formalisms that have been rigorously verified by experiment are retained in their entirety, while the physical ontology is replaced.