Leptoquarks with B-L = -2/3 emerge as six-body bosonic composites from three-body SM fermions in a preon model, with masses near 10^14 GeV and the SM gauge group arising from Planck-scale boundary conditions via vertical bootstrap anomaly matching.
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2 Pith papers cite this work. Polarity classification is still indexing.
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hep-ph 2years
2026 2verdicts
UNVERDICTED 2representative citing papers
Supersymmetric preon model fits electron-to-up-quark mass ratio at a chosen string tension, predicts down-to-up ratio from Pauli principle, gives neutrino mass via seesaw, and matches baryon asymmetry with fitted asymmetry parameter.
citing papers explorer
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Leptoquarks and the Emergence of the Standard Model Gauge Group in a Self-Consistent Preon Model
Leptoquarks with B-L = -2/3 emerge as six-body bosonic composites from three-body SM fermions in a preon model, with masses near 10^14 GeV and the SM gauge group arising from Planck-scale boundary conditions via vertical bootstrap anomaly matching.
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Quark and Lepton Masses, Baryon Asymmetry, and Neutrino Mass from a Supersymmetric Preon Model
Supersymmetric preon model fits electron-to-up-quark mass ratio at a chosen string tension, predicts down-to-up ratio from Pauli principle, gives neutrino mass via seesaw, and matches baryon asymmetry with fitted asymmetry parameter.