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Neutrino Masses and Higgs Vacuum Stability
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If only the standard model particles contribute to the running of couplings below the Planck mass, the observed M H ∼ 125 GeV results in the prediction for the top quark mass M t ∼ 171 GeV
Absolute electroweak vacuum stability requires a top-quark pole mass below about 171 GeV
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- https://www.researchgate.net/publication/236985161_Neutrino_Masses_and_Higgs_Vacuum_Stability
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- Nov 9, 2026FactsFacts fetcher · Facts looked up
- Aug 9, 2026Entered the graphEntered the graph; no copy stored