A method to explore flavor symmetries of the 3HDM and their implications on lepton masses and mixing

We present a method to identify symmetry groups of the Yukawa sector of the three-Higgs-doublet model and to determine the implication that the symmetry has on the lepton masses and mixing. The method can accommodate different hypotheses about the group representation assignments, and thus support t...

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Veröffentlicht in:	arXiv.org 2022-09
Hauptverfasser:	Dziewit, Bartosz, Zralek, Marek, Vergeest, Joris, Chaber, Piotr
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Sprache:	eng
Schlagworte:	Flavor (particle physics) Identification methods Leptons Neutrinos Representations Symmetry
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creator	Dziewit, Bartosz Zralek, Marek Vergeest, Joris Chaber, Piotr
description	We present a method to identify symmetry groups of the Yukawa sector of the three-Higgs-doublet model and to determine the implication that the symmetry has on the lepton masses and mixing. The method can accommodate different hypotheses about the group representation assignments, and thus support the exploration of candidate symmetry groups. For one particular representation selection scheme we apply the computer-implemented method to scan all discrete groups of order less than 1035. It can be proven that none of these groups defines a flavor symmetry that implies masses and neutrino mixing angles consistent with the experimental lepton data, although several cases are found that are partially or approximately consistent.
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subjects	Flavor (particle physics) Identification methods Leptons Neutrinos Representations Symmetry
title	A method to explore flavor symmetries of the 3HDM and their implications on lepton masses and mixing
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