Based on the complete axiomatic system, original topological foundation, and universal gauge invariance established in PFUSRC 00 (Mother Version), this paper presents the full, rigorous, and observationally validated structure of the PFUSRC bidirectionally closed bicone ontology, the rigid dimensional evolutionary pathway 1 5 11, the ₁ global coupling operator, the intrinsic cosmic constant ₁=12/11, the prime camp point universal skeleton, the 55 global steady-state datum points system, the bright–dark sevenfold dual logic, and the global convergent dynamical equation. Using the highest-precision, largest-scale, and most statistically robust cosmological observations released from 2024 to 2026, this work systematically verifies the topological uniqueness, structural distribution, primordial angular momentum origin, dynamical evolution, and early cosmic formation mechanism predicted by the closed bicone model. All observational results—including the cosmic web filament–node–void distribution, canonical aspect ratio of giant coherent superstructures, bulk rotation of cosmic filaments, dynamical evolution of dark energy, early formation of dense galaxy groups, large-scale numerical simulation stability criteria, and the Hubble constant ratio between early-universe and late-universe measurements—are strictly isomorphic, quantitatively consistent, and globally self-consistent with the PFUSRC framework. The small negative residual between the observed Hubble ratio and the ideal topological eigenvalue ₁=12/11 is physically explained by the topological damping effect of the cosmic matter field. The standard model faces severe unresolved tensions in three core areas: the Hubble constant discrepancy, the unexpectedly early formation of large-scale structures, and the origin of primordial angular momentum in cosmic filaments. The PFUSRC framework resolves all three simultaneously, offering a more parsimonious and observationally consistent description of cosmic evolution. This paper establishes the complete empirical confirmation and formal academic expression of the PFUSRC bidirectionally closed bicone as the unique fundamental ontology of the universe, with ₁=12/11 as the universal topological gauge.
Zhenmin Wang (Thu,) studied this question.