  Motivated by the recent discovery of the Higgs boson at m_h = 126 GeV and
also by the non-observation of superparticles at the LHC, high-scale SUSY,
where the superparticles are as heavy as O(10) TeV, has been recently proposed.
We study lepton-flavor violations (LFVs) in the high-scale SUSY with
right-handed neutrinos. Even if the slepton masses are of O(10) TeV, the
renormalization group (RG) effects on the slepton mass-squared matrix may
induce large enough LFVs which are within the reach of future LFV experiments.
We also discuss the implication of the right-handed neutrinos on the
electroweak symmetry breaking in such a model, and show that the parameter
region with the successful electroweak symmetry breaking is enlarged by the RG
effects due to the right-handed neutrinos.
