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May 21, 20260 citationsOpen Access

Proof of the Uniqueness of Bicone and Tri-Bicone Nested Cosmological Topology Based on Six-Line Hexagram Projection and the PFUSRC Axiom System

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ZWZhenmin Wang

Key Points

  • This paper aims to prove the uniqueness of bicone and tri-bicone nested cosmological topologies based on specific mathematical and axiomatic principles.
  • Follows the PFUSRC Ultimate Unified Theory axioms and core mapping axiom.
  • Uses six-line hexagram mathematics and prime rivet topological anchoring for analysis.
  • Examines dimensional growth through seam nesting and the implications on cosmic topology.
  • Proves that tri-bicone is the unique steady-state topology of the universe.
  • Invalidates all non-cone geometries supporting cosmic axioms of no first cause.
  • Demonstrates that dimensions grow by seam nesting rather than external superposition.

Abstract

This paper strictly adheres to the axiomatic system of the PFUSRC Ultimate Unified Theory and follows the core mapping axiom: the Bagua and Sixty-Four Hexagrams are not abstract symbols, but a 2D projection model of the cosmic closed bicone high-dimensional topology. Based on six-line hexagram mathematics, prime rivet topological anchoring, ion spin hierarchy, and constraints of a closed rotating universe, this paper systematically proves that under the cosmic axioms of no first cause and four-dimensional Weizhao initiation, the coaxial nested tri-bicone is the unique steady-state topology of the universe. All non-cone geometries are invalidated. Dimensions can only grow by seam nesting rather than external superposition. The closed bicone ensures yin-yang symmetric self-stabilization, and the tri-bicone realizes high-dimensional stratification and observation bias compensation. Prime rivets form the rigid topological skeleton. This work is fully isomorphic and self-consistent with the PFUSRC framework, completing the unified closed loop of cosmic structural ontology.

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Cite This Study

Zhenmin Wang (2026) studied this question.

synapsesocial.com/papers/6a0ea127be05d6e3efb5f849https://doi.org/10.5281/zenodo.20285065
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