
Résumé (FR) LGU14 — Valeur d’Expectation du Vide (VEV) propose une relation structurale reliant le secteur leptonique (muon) à l’échelle électrofaible. À partir de la masse du muon dérivée dans LGU10 et des briques du dictionnaire LGU (N0 ∪ N1), la formule obtenue est : VEV=mμ×69913≈246.214 GeV.\mathrm{VEV} = m_\mu \times \frac{6991}{3} \approx 246.214\ \mathrm{GeV}.VEV=mμ×36991≈246.214 GeV. La note explicite la construction 6991=7×103−326991 = 7\times 10^3 - 3^26991=7×103−32 et la division par 3 (dimension spatiale, LGU01), puis compare le résultat à la valeur standard dérivée de la constante de Fermi : VEV(GF)=(2 GF)−1/2≃246.21965 GeV (NIST/CODATA 2022).\mathrm{VEV}(G_F) = (\sqrt2\,G_F)^{-1/2} \simeq 246.21965\ \mathrm{GeV}\ (\text{NIST/CODATA 2022}).VEV(GF)=(2GF)−1/2≃246.21965 GeV (NIST/CODATA 2022). L’écart est rapporté en ppm internes LGU (métrique de proximité numérique) et la lecture TOQ est présentée explicitement comme interprétation a posteriori. Licence : CC BY 4.0.Citation : Régis Guerrero, LGU14 — VEV (VEV = mμ×6991/3m_\mu \times 6991/3mμ×6991/3) , Zenodo (2026), DOI: 10.5281/zenodo.18819781. Abstract (EN) LGU14 — Vacuum Expectation Value (VEV) proposes a structural relation connecting the leptonic sector (muon) to the electroweak scale. Using the muon mass derived in LGU10 and LGU (N0 ∪ N1) building blocks, the obtained formula is: VEV=mμ×69913≈246.214 GeV.\mathrm{VEV} = m_\mu \times \frac{6991}{3} \approx 246.214\ \mathrm{GeV}.VEV=mμ×36991≈246.214 GeV. The note details the construction 6991=7×103−326991 = 7\times 10^3 - 3^26991=7×103−32 and the division by 3 (spatial dimension, LGU01), then compares the result to the standard value derived from the Fermi constant: VEV(GF)=(2 GF)−1/2≃246.21965 GeV (NIST/CODATA 2022).\mathrm{VEV}(G_F) = (\sqrt2\,G_F)^{-1/2} \simeq 246.21965\ \mathrm{GeV}\ (\text{NIST/CODATA 2022}).VEV(GF)=(2GF)−1/2≃246.21965 GeV (NIST/CODATA 2022). The deviation is reported as internal LGU ppm (a numerical proximity metric) and the TOQ reading is explicitly stated as an a posteriori interpretation. License: CC BY 4.0.Citation: Régis Guerrero, LGU14 — VEV (VEV = mμ×6991/3m_\mu \times 6991/3mμ×6991/3) , Zenodo (2026), DOI: 10.5281/zenodo.18819781.
G_F, reproductibilité, constante de Fermi, Loi Géométrique Unifiée, valeur d'expectation du vide, N0/N1, TOQ, T11 (66), Théorie des Océans Quantiques, Vacuum Expectation Value, 6991/3, NIST, LGU, muon, ppm internes, traçabilité, VEV, CODATA 2022, mμ, échelle électrofaible
G_F, reproductibilité, constante de Fermi, Loi Géométrique Unifiée, valeur d'expectation du vide, N0/N1, TOQ, T11 (66), Théorie des Océans Quantiques, Vacuum Expectation Value, 6991/3, NIST, LGU, muon, ppm internes, traçabilité, VEV, CODATA 2022, mμ, échelle électrofaible
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