Charged Lepton Flavor Violation at the High-Energy Colliders: Neutrino Mass Relevant Particles.

We summarize the potential charged lepton flavor violation (LFV) from neutrino mass relevant models, for instance the seesaw mechanisms. In particular, we study, in a model-dependent way, the LFV signals at the high-energy hadron and lepton colliders originating from the beyond standard model (BSM) neutral scalar H, doubly charged scalar H ± ± , heavy neutrino N, heavy W R boson, and the Z ′ boson. For the neutral scalar, doubly charged scalar and Z ′ boson, the LFV signals originate from the (effective) LFV couplings of these particles to the charged leptons, while for the heavy neutrino N and W R boson, the LFV effects are from flavor mixing in the neutrino sector. We consider current limits on these BSM particles and estimate their prospects at future high-energy hadron and lepton colliders. [ABSTRACT FROM AUTHOR]