Enhancement of the lepton flavor violating Higgs boson decay rates from SUSY loops in the inverse seesaw model

In this article we study the full one-loop SUSY contributions to the lepton flavor violating Higgs decay $h\to \tau \bar{\mu }$, within the context of the supersymmetric inverse sesaw model. We assume that both the right-handed neutrino masses, $M_R$, and their supersymmetric partner masses, $m_{\tilde \nu_R}$,arenotfarfromtheinteresting${\cal O}({\rm TeV})$ energy scale, and we work with scenarios with large neutrino Yukawa couplings that transmit large lepton flavor violating effects. By exploring the behavior with the most relevant parameters, mainly $M_R$, $m_{{\tilde{\nu }}_R}$ and the trilinear sneutrino coupling $A_{\nu }$, we will look for regions of the parameter space where the enhancement of $\mathrm{B}\mathrm{R}(h\to \tau \bar{\mu })$ is large enough to reach values at the percent level, which could explain the excess recently reported by CMS and ATLAS at the CERN Large Hadron Collider.