Triptych-GUT V14: Algebraic, spectral, dynamical and effectively relativistic framework for grand unification with a single dimensional calibration

Description EN Triptych-GUT V14 presents an algebraic, spectral, dynamical and effectively relativistic framework for grand unification with a single dimensional calibration, v = 246.220 GeV. It consolidates the TC/TC-PS derivation of Standard Model dimensionless parameters, including gauge couplings, fermionic masses, CKM and PMNS structures, and the Jarlskog invariant. V14 adds closures V14-A–F in the finite Pati-Salam spectral sector, introduces the effective relativistic and cosmological compatibility layer V14-G–J, and explicitly names the remaining terminal reserves: the generational stability postulate H_min, the microscopic F2 link between the regular representation of Z5 and the finite Pati-Salam Dirac operator D_F^PS, and the fundamental Lorentzian spectral triple M^(1,3) x F_PS. Description FR Triptyque-GUT V14 présente un cadre algébrique, spectral, dynamique et cosmologique effectif pour la grande unification avec un seul ancrage dimensionnel, v = 246,220 GeV. Le document consolide la dérivation TC/TC-PS des paramètres sans dimension du Modèle Standard, notamment les couplages de jauge, les masses fermioniques, les structures CKM et PMNS, ainsi que l’invariant de Jarlskog. V14 ajoute les fermetures V14-A–F dans le secteur spectral fini de Pati-Salam, introduit la couche de compatibilité relativiste et cosmologique effective V14-G–J, et nomme explicitement les réserves terminales restantes : le postulat de stabilité générationnelle H_min, le raccord microscopique F2 entre la représentation régulière de Z5 et l’opérateur de Dirac fini Pati-Salam D_F^PS, et le triplet spectral lorentzien fondamental M^(1,3) x F_PS.

Authors

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-06-27
DOI
https://doi.org/10.5281/zenodo.20969552
Primary Topic
Black Holes and Theoretical Physics
Type
preprint
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preprint

Triptych-GUT V14: Algebraic, spectral, dynamical and effectively relativistic framework for grand unification with a single dimensional calibration

Yann NEDELEC
Zenodo (CERN European Organization for Nuclear Research)
Black Holes and Theoretical Physics
preprint

Triptych-GUT V14: Algebraic, spectral, dynamical and effectively relativistic framework for grand unification with a single dimensional calibration

Yann NEDELEC
preprint en

Abstract

Description EN Triptych-GUT V14 presents an algebraic, spectral, dynamical and effectively relativistic framework for grand unification with a single dimensional calibration, v = 246.220 GeV. It consolidates the TC/TC-PS derivation of Standard Model dimensionless parameters, including gauge couplings, fermionic masses, CKM and PMNS structures, and the Jarlskog invariant. V14 adds closures V14-A–F in the finite Pati-Salam spectral sector, introduces the effective relativistic and cosmological compatibility layer V14-G–J, and explicitly names the remaining terminal reserves: the generational stability postulate H_min, the microscopic F2 link between the regular representation of Z5 and the finite Pati-Salam Dirac operator D_F^PS, and the fundamental Lorentzian spectral triple M^(1,3) x F_PS. Description FR Triptyque-GUT V14 présente un cadre algébrique, spectral, dynamique et cosmologique effectif pour la grande unification avec un seul ancrage dimensionnel, v = 246,220 GeV. Le document consolide la dérivation TC/TC-PS des paramètres sans dimension du Modèle Standard, notamment les couplages de jauge, les masses fermioniques, les structures CKM et PMNS, ainsi que l’invariant de Jarlskog. V14 ajoute les fermetures V14-A–F dans le secteur spectral fini de Pati-Salam, introduit la couche de compatibilité relativiste et cosmologique effective V14-G–J, et nomme explicitement les réserves terminales restantes : le postulat de stabilité générationnelle H_min, le raccord microscopique F2 entre la représentation régulière de Z5 et l’opérateur de Dirac fini Pati-Salam D_F^PS, et le triplet spectral lorentzien fondamental M^(1,3) x F_PS.

Zenodo (CERN European Organization for Nuclear Research)
Black Holes and Theoretical Physics
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Triptych-GUT V14: Algebraic, spectral, dynamical and effectively relativistic framework for grand unification with a single dimensional calibration — Yann NEDELEC · Zenodo (CERN European Organization for Nuclear Research) (2026) | TGRS Research Map | TGRS