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We examine lepton flavor violating (LFV) interactions for heavy right-handedneutrinos that exist in most of the standard model extensions that address darkmatter (DM) and neutrino mass at the loop level. In order to probe the collidereffect of these LFV interactions, we impose the assumption that the modelparameters give the right values of the DM relic density and fulfill theconstraints from the LFV processes $\ell_{\alpha}\rightarrow\ell_{\beta}\gamma$and $\ell_{\alpha}\rightarrow3\ell_{\beta}$. We also investigate thepossibility of probing these interactions, and hence the right-handed neutrino,at leptonic colliders through different final state signatures.

Right-handed neutrinos: dark matter, lepton flavor violation and leptonic collider searches