PFUSRC 11: The Bidirectionally Closed Bicone Ontology, 11-Dimensional Topology, and Global Convergent Dynamics — Observational Evidence from 2024–2026 Large-Scale Cosmic Structure Surveys
Year: 2026
Type: article
Abstract: Based on the complete axiomatic system established in PFUSRC Papers 01–10, this paper fully presents the ontological structure of the bidirectionally closed bicone, the rigid 1\Rightarrow5\Rightarrow11 prime-dimensional evolutionary pathway, the \beta_1 global coupling operator, the intrinsic cosmic constant \pi_1=12/11, the prime camp point universal skeleton, the bright–dark sevenfold dual logic, and the global convergent dynamical equation. Using the highest-precision, largest-scale, and most statistically powerful cosmological observations from 2024 to 2026, this work systematically tests the topological characteristics, structural distribution, angular momentum origin, evolutionary dynamics, and early formation mechanisms of the bicone model. All observational results—including the cosmic web filament–node–void distribution, the canonical aspect ratio of giant coherent superstructures, the bulk rotation of cosmic filaments, the dynamical evolution of dark energy, the early formation of dense galaxy groups, and the stability criteria from large-scale numerical simulations—are strictly isomorphic, quantitatively consistent, and globally self-consistent with the PFUSRC bicone model. The standard \LambdaCDM cosmological model is systematically contradicted by observations in core aspects including large-scale coherence, primordial angular momentum, the cosmological constant, and early structure formation. This paper establishes empirical confirmation and academic formalization of the PFUSRC bidirectionally closed bicone as the fundamental cosmic ontology.
Author: Wang, Zhenmin
Language: English
Subfield: Astronomy and Astrophysics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7162198055
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