What question did this study set out to answer?

This work aims to construct a topological framework unifying fundamental problems across disciplines. It questions existing models and seeks to establish rigorous axioms.

July 8, 2026Open Access

PFUSRC-059 A Conversation by the Roadside: From Bricks to the Topological Ontology of the Cosmos --On the Intuitive Entry Point, Deep Mathematical Core, and a Unified Solution to 36 Fundamental Problems across Mathematics, Physics, and AI

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ZWZhenmin WangZhejiang University

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Implication

The paper explores a unique cosmic topology, revealing predictions in mathematics, physics, and AI, indicating a new scientific framework.

Key Points

This work aims to construct a topological framework unifying fundamental problems across disciplines. It questions existing models and seeks to establish rigorous axioms.
Constructed a 45° triple coaxial bicone cosmic topology through intuitive reasoning layers, including brick stacking and helical expansion.
Developed axioms and a computational layer for cosmic simulations, comparing mainstream models like the Standard Model and ΛCDM.
Formulated seven quantitatively falsifiable predictions with defined thresholds for experimental validation.
Identified the unique cosmic topology as the 45° triple coaxial bicone with a dimension evolution sequence of 1→5→11.
Proposed a prime node density rule of ρ(n) ~ 1/ln n with a topological closure gauge ratio of 12/11.
Established a modification rule for core systems if two predictions are experimentally falsified at α=0.01 significance level.

Cite This Study

Zhenmin Wang (2026) studied this question.

synapsesocial.com/papers/6a4de93fd2ea289ef62837df https://doi.org/10.5281/zenodo.21220791

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Implication

The paper explores a unique cosmic topology, revealing predictions in mathematics, physics, and AI, indicating a new scientific framework.

PFUSRC-059 A Conversation by the Roadside: From Bricks to the Topological Ontology of the Cosmos --On the Intuitive Entry Point, Deep Mathematical Core, and a Unified Solution to 36 Fundamental Problems across Mathematics, Physics, and AI

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Cite This Study

PFUSRC-059 A Conversation by the Roadside: From Bricks to the Topological Ontology of the Cosmos --On the Intuitive Entry Point, Deep Mathematical Core, and a Unified Solution to 36 Fundamental Problems across Mathematics, Physics, and AI

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