Effective Dirac Neutrino Mass Operator in the Standard Model With a Local Abelian Extension

We present 48 types of solutions to the anomaly cancellation conditions of local Abelian extensions of the Standard Model (SM) with right-handed SM-singlet chiral fermions. At least two of them acquire effective light Dirac neutrino masses, while the others get heavy masses from the spontaneous symm...

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Main Authors: Diego Restrepo, David Suarez
Format: Article
Language:English
Published: Frontiers Media S.A. 2022-04-01
Series:Frontiers in Physics
Subjects:
Online Access:https://www.frontiersin.org/articles/10.3389/fphy.2022.838531/full
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author Diego Restrepo
David Suarez
author_facet Diego Restrepo
David Suarez
author_sort Diego Restrepo
collection DOAJ
description We present 48 types of solutions to the anomaly cancellation conditions of local Abelian extensions of the Standard Model (SM) with right-handed SM-singlet chiral fermions. At least two of them acquire effective light Dirac neutrino masses, while the others get heavy masses from the spontaneous symmetry breaking of the local Abelian symmetry, forming a dark sector with multi-component and multi-generational fermionic dark matter. The corresponding effective Dirac neutrino mass operator can be realized at tree-level or radiatively by introducing extra scalars, and in some cases after imposing extra scotogenic conditions. The Dirac Zee model with Dirac fermionic dark matter is presented as an example of model where the neutrino and dark matter phenomenology are basically independent of each other.
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spelling doaj.art-b57d65372102456595dfdb0e31ebbd592022-12-22T02:22:14ZengFrontiers Media S.A.Frontiers in Physics2296-424X2022-04-011010.3389/fphy.2022.838531838531Effective Dirac Neutrino Mass Operator in the Standard Model With a Local Abelian ExtensionDiego RestrepoDavid SuarezWe present 48 types of solutions to the anomaly cancellation conditions of local Abelian extensions of the Standard Model (SM) with right-handed SM-singlet chiral fermions. At least two of them acquire effective light Dirac neutrino masses, while the others get heavy masses from the spontaneous symmetry breaking of the local Abelian symmetry, forming a dark sector with multi-component and multi-generational fermionic dark matter. The corresponding effective Dirac neutrino mass operator can be realized at tree-level or radiatively by introducing extra scalars, and in some cases after imposing extra scotogenic conditions. The Dirac Zee model with Dirac fermionic dark matter is presented as an example of model where the neutrino and dark matter phenomenology are basically independent of each other.https://www.frontiersin.org/articles/10.3389/fphy.2022.838531/fulldark matterneutrinoDirac neutrinoAbelian gauge fieldlocal symmetry breaking
spellingShingle Diego Restrepo
David Suarez
Effective Dirac Neutrino Mass Operator in the Standard Model With a Local Abelian Extension
Frontiers in Physics
dark matter
neutrino
Dirac neutrino
Abelian gauge field
local symmetry breaking
title Effective Dirac Neutrino Mass Operator in the Standard Model With a Local Abelian Extension
title_full Effective Dirac Neutrino Mass Operator in the Standard Model With a Local Abelian Extension
title_fullStr Effective Dirac Neutrino Mass Operator in the Standard Model With a Local Abelian Extension
title_full_unstemmed Effective Dirac Neutrino Mass Operator in the Standard Model With a Local Abelian Extension
title_short Effective Dirac Neutrino Mass Operator in the Standard Model With a Local Abelian Extension
title_sort effective dirac neutrino mass operator in the standard model with a local abelian extension
topic dark matter
neutrino
Dirac neutrino
Abelian gauge field
local symmetry breaking
url https://www.frontiersin.org/articles/10.3389/fphy.2022.838531/full
work_keys_str_mv AT diegorestrepo effectivediracneutrinomassoperatorinthestandardmodelwithalocalabelianextension
AT davidsuarez effectivediracneutrinomassoperatorinthestandardmodelwithalocalabelianextension