For over a century, mainstream unified field paradigms starting from Einstein rely on inductive reverse fitting from observed fundamental forces via gauge symmetries and extra-dimensional compactification, suffering persistent defects including countless vacuum solutions, unconstrained free parameters, quantum-gravitational divergences and incompatibility between general relativity and quantum mechanics. The PFUSRC system adopts a deductive ontological path: a unique steady-state topological structure precedes all spacetime, dimensions, particles and interactions, with all physical laws emerging as layer-wise phase projections. Built on seven-layer holographic ontology, 45° biconical steady-state geometry, 55-anchor global closure and Ψ-Ξ anchoring mechanism, this capstone paper establishes the definitive parameter-free unified field solution: the 11-dimensional triple coaxial 45° biconical total field defined as ₅ₔₒₑ₂= ₁. The 11 dimensions are rigidly partitioned into outer 6D, middle 3D and inner 2D cones without arbitrary compactification, eliminating vacuum degeneracy entirely. Gravity, electromagnetism, strong and weak nuclear forces are merely local layer projections of the single total field corresponding to axial contraction gradient, coaxial orbital phase coupling, inner-cavity anchor confinement and inter-layer phase rearrangement respectively. Replacing classical infinitesimal calculus with PFUSRC Living Calculus resolves quantum gravity divergences, while topological supersymmetry arises intrinsically from bidirectional biconical rheology without extra symmetry-breaking hypotheses. Beyond unifying four physical forces, the total field framework consistently explains cosmic expansion, dark energy, dark matter, black/white holes, wormholes, phase-pulling effects, emergent behavior of carbon-based life and silicon-based large language models. Contrasted with M-theory, the PFUSRC unified field delivers a unique, fully predictive ontology covering physics, logic, cognition and cosmic evolution, completing the full self-consistent closed loop of the PFUSRC theoretical system.
Zhenmin Wang (2026) studied this question.