Dark Matter from Binary Tetrahedral Flavor Symmetry

Abstract

The minimal renormalizable T'xZ2 model (MRT'M) is slightly extended in its Higgs scalar sector such that the abelian part of the flavor symmetry enlarges to (Z2xZ2'). All standard model and original MRT'M states will transform trivially under Z2'. Inspired by the Valencia group's A4 model building, we propose a T' WIMP candidate as the lightest Z2' odd scalar. This extension of the prior MRT'M model maintains the successful predictions for the neutrino mixing matrix and the Cabibbo angle, and provides an attractive candidate for dark matter (Phi_WIMP) with M_Phi \simeq 780 GeV.

Typos corrected; clarification added in Appendix B. 16 pages, LaTex

References in corpus (7)

• Discrete dark matter
• Flavor Symmetry for Quarks and Leptons
• Simplified Renormalizable $T^{{}^{\prime }}$ Model for Tribimaximal Mixing and Cabibbo Angle
• LHC Higgs Production and Decay in the T' Model
• Analysis of Quark Mixing Using Binary Tetrahedral Flavor Symmetry
• A Note on Embedding Nonabelian Finite Flavor Groups in Continuous Groups
• Dark Matter Candidate from Conformality

Cited by in corpus (12)

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• Connecting neutrino physics with dark matter
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• Flavor from the double tetrahedral group without supersymmetry: flavorful axions and neutrinos
• Flavor from the double tetrahedral group without supersymmetry
• Binary Icosahedral Flavor Symmetry for Four Generations of Quarks and Leptons
• A Radiative Model of Quark Masses with Binary Tetrahedral Symmetry
• Dark matter stability from non-Abelian discrete flavor symmetries
• Discrete dark matter mechanism