A neutrino mass model with hidden gauge symmetry
arXiv:1812.01240 · doi:10.1016/j.nuclphysb.2019.114802
Abstract
We propose a realisation of inverse seesaw model controlled by hidden gauge symmetry, and discuss the impact of a bosonic dark matter (DM) candidate by imposing a parity. We present the detail of scalar spectra and apply the Casas-Ibarra parametrisation to fit the neutrino oscillation data. For this model, the allowed region is extracted to explain the observed relic density and the muon discrepancy, satisfying flavor constraints with DM involved. We interpret the DM annihilation into including all SM charged fermions and investigate the direct detection to place the bound on DM-Higgs coupling. Finally the LHC DM production is explored in light of charged lepton pair signature plus missing transverse energy.
26 pages, 7 figures and 2 tables; v2 text is expanded with scalar spectra, neutrino parametrisation and bound from DM direct detection; v3 corrected the top quark contribution; v4 final version accepted by Nuclear Physics B
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