SpontaneousR-parity violation in the minimal gauged(B−L)supersymmetry with a 125 GeV Higgs boson

Abstract

We precisely derive the mass squared matrices for charged and neutral (CP-odd and CP-even) Higgs, as well as the mass matrices for neutrino-neutralino and charged lepton-chargino in the minimal $R$-parity violating supersymmetry with local $U(1{)}_{B\ensuremath{-}L}$ symmetry. In the framework the nonzero TeV scale vacuum expectations of right-handed sneutrinos induce the heavy mass of neutral $U(1{)}_{B\ensuremath{-}L}$ gauge bosons and result in relatively large mixing between the lightest CP-even Higgs and the right-handed sneutrinos when we include the one-loop corrections to the scalar potential. We numerically show that there is parameter space of the considered model to accommodate experimental data on the new ones of Higgs signal from the LHC and experimental observations on the neutrino oscillation simultaneously.