TQNT: Quantum Theory of Topological Knots
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Records Members Curation policy

The TQNT community gathers all open-access research outputs of the Quantum Theory of Topological Knots program — a theoretical-physics framework that derives the Schrödinger equation, the masses of elementary particles, and the spectrum of dark-matter candidates from a single mathematical structure: an SU(2) Chern–Simons gauge connection whose topological excitations (knots and links) are identified with elementary particles.

The community indexes the V5 reference monograph, individual research papers, reproducibility data, and the open-source code base. Submissions are curated to ensure that all materials remain consistent with the framework and accompanied by sufficient documentation for independent verification.

What is collected here

  • The TQNT-V5 reference monograph (French and English editions) and its complete catalogue.
  • Individual research papers developing or applying the framework, with mathematical derivations and observational predictions.
  • Companion datasets, mass-spectrum tables, and Python reproducibility scripts.
  • Future extensions, errata, and revisions.

What is excluded

  • Polemic or non-technical material.
  • Submissions without sufficient documentation to allow independent verification.
  • Material that has not been deposited under an open-access license (CC BY 4.0 minimum).

Submissions are reviewed by the curator within seven business days. The curation criterion is technical adequacy and consistency with the framework; agreement with mainstream interpretations is not required.

Companion resources