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March 23, 20260 citationsOpen Access

BCT Appendices Collection — Vol. AD: Unitarity Triangle, Biology Theorems, and Protein Folding (Appendices AD3–AD5)

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MCMichel Robert CabriéMCMichel Robert Cabrié

Key Points

  • This collection aims to present formal technical derivations related to BCT concepts.
  • Includes formal algebraic derivations and proofs for various theorems and parameters.
  • Compiles appendices involving the Unitarity Triangle and protein folding mechanisms.
  • Provides closed algebraic forms for biological and physical theories.
  • Demonstrates formal proofs of the DNA Complementarity Theorem and hydrogen bond count theorem.
  • Derives exact parameters for α-helix and structural biology hierarchy.
  • Establishes a unified framework of BCT theories across multiple appendices.

Abstract

Companion appendices to BCT Letters Collection Vol. 4 (Letters 89–95). Three formal technical derivations. Appendix AD3 — BCT Unitarity Triangle Theorem: complete algebraic derivation of all Wolfenstein CKM parameters in closed form (in √2, √6, and π only). Full 3×3 CKM matrix. Jarlskog invariant J = 3. 07×10⁻⁵ (error −0. 3%). Companion to Letter 90. Appendix AD4 — BCT Biology Theorems: formal proofs of the BCT DNA Complementarity Theorem (Chargaff's rules from net Hopf charge = 0), the hydrogen bond count theorem (bonds = |H|), and the chirality energy formula ΔE = 2α₀rₜet·Ebond ≈ 1. 67×10⁻³·Ebond. Unified BCT structural biology hierarchy from Letter 80 through Letter 92. Companion to Letter 92. Appendix AD5 — Protein Secondary Structure Derivations: formal derivation of the double-winding mechanism (n = 2rₒct/rₜet = 3. 686) ; Farey sequence lock-in analysis identifying 18/5 as the commensurate state; exact algebraic forms for all α-helix and collagen parameters. Companion to Letter 93. All derivations: zero free parameters. Closed algebraic forms in √2, √6, and π throughout.

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Cite This Study

Cabrié et al. (2026) studied this question.

synapsesocial.com/papers/69c08b9fa48f6b84677f929ehttps://doi.org/10.5281/zenodo.19143089
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