What question did this study set out to answer?

This ledger aims to provide a clear representation of the current status of TSCT publications and results.

May 17, 20260 citationsOpen Access

TSCT Canonical Status Ledger (May 2026)

Key Points

This ledger aims to provide a clear representation of the current status of TSCT publications and results.
Developed a public canonical-status map for 22 TSCT papers.
Included sections detailing key results and their corresponding Zenodo sources.
Established consistent status labels for various publication types.
Mapped major TSCT results with specific formulations, such as D_1 = 13 and D_2 = 29 in the boundary mechanism.
Provided the electroweak readout as sin^2 theta_W = 3/13 with mu_star = 83.08 +/- 0.69 GeV.
Listed ongoing proof obligations, highlighting areas that require further validation.

Abstract

This ledger is a public-facing canonical-status map for the current TSCT publication stack. It states which live Zenodo papers are canonical, which are superseded or partially superseded, the canonical formulations of the key TSCT results, and the remaining proof obligations. The ledger prevents version drift across a growing publication stack (22 papers at time of writing) and serves as the single reference point for journal cover letters and external readers. Status labels are used consistently throughout: closed internally, conditional theorem, bridge theorem / bridge readout, structural candidate, empirical preliminary, and superseded / partially superseded. Sections 2-8 give the canonical statement of each major TSCT result with the corresponding Zenodo source: the boundary mechanism (D₁ = 13, D₂ = 29 inside the E₂3 / Coxeter-Jones representation), the electroweak readout (sin² thetaW = 3/13 with muₛtar = 83. 08 +/- 0. 69 GeV), Cabibbo, PMNS (with charged-lepton flag correction), the minimal cosmology (Model 0 with wₐ = 0; the older wₐ = -36/169 demoted to a non-minimal Jones-drainage branch), RAR/ODC, and the Jones-Coxeter CKM phase candidate. Section 9 sets out the look-elsewhere discipline by engine. Section 10 is the full supersession table. Sections 11 and 12 give immediate next actions and a one-line public status. The one-line public status: TSCT currently has a coherent conditional internal kernel linking the k=2/k=3 rendered boundary to D₁ = 13, D₂ = 29, electroweak, PMNS, cosmology, and RAR readouts, but the bridge trace rules, bare-axiom derivation, precision likelihood tests, and empirical validation remain open. Contact: david. m. sparks@proton. me

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