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March 15, 20260 citationsOpen Access

Appendix: Rigorous Derivation of the Exact Value of the Internal Representation Trace

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XZXinyu Zheng

Key Points

  • This work aims to derive the exact value of the internal representation trace using foundational quantum concepts.
  • Mathematical derivation on the SU_q(3)/T quantum flag manifold
  • Calculation of non-perturbative quantum geometric correction factors
  • Application of corrections to classical topological trace
  • Exact internal representation trace calculated as tr_{int}^{exact}=8.18
  • Fine-structure constant estimated as α^{-1}≈137.036, aligning with CODATA 2022
  • Provides a solid mathematical foundation for noncommutative geometric grand unified theory.

Abstract

This appendix, authored by Xinyu Zheng, presents a rigorous, parameter-free mathematical derivation of the exact internal representation trace on the SUq (3) /T quantum flag manifold, grounded in quantum group representation theory, noncommutative geometry and the scale self-duality axiom, with all derivations adhering to theorems from published core literature. The derivation proceeds by calculating three key non-perturbative quantum geometric correction factors: the normalized Casimir projection correction (1. 025), the total noncommutative geometric correction (≈1. 01468) and the scale self-duality logarithmic correction (≈0. 9857). These factors are applied to the classical topological trace base term (tr₈₍ₓ^top=8) to yield the exact internal representation trace tr₈₍ₓ^exact=8. 18. Substituting this exact value into the first-principles formula for the fine-structure constant yields ^-1≈137. 036, which is in perfect agreement with the CODATA 2022 experimental value. This work provides a complete and self-consistent mathematical foundation for the first-principles calculation of physical quantities in the S³ noncommutative geometric grand unified theory, unifying the Standard Model, gravity and flavor physics.

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Cite This Study

Xinyu Zheng (2026) studied this question.

synapsesocial.com/papers/69b606c483145bc643d1d068https://doi.org/10.5281/zenodo.19000400
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