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2014

Lepton-Flavored Scalar Dark Matter with Minimal Flavor Violation

Lee, Chao-Jung, Tandean, Jusak

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We explore scalar dark matter that is part of a lepton flavor triplet satisfying symmetry requirements under the hypothesis of minimal flavor violation.

Beyond the standard model, the theory contains in addition three right-handed neutrinos that participate in the seesaw mechanism for light neutrino mass generation.
The dark-matter candidate couples to standard-model particles via Higgs-portal renormalizable interactions as well as to leptons through dimension-six operators, all of which have minimal flavor violation built-in.
We consider restrictions on the new scalars from the Higgs boson measurements, observed relic density, dark-matter direct detection experiments, LEP II measurements on e+e- scattering into a photon plus missing energy, and searches for flavor-violating lepton decays.

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