Exploring for New Physics using Charged Lepton Flavor Violation

The neutrino-less conversion of charged leptons, e.g. μ→e+gamma, μ→eee, μN→eN, has never been observed. These Charged LeptonFlavor Violating processes offer deep probes of new physics parameter space. Next generation experiments offer sensitivities that are orders of magnitude better than current limits. An overview of planned experiments is provided, concentrating on experiments utilizing intense muon sources, where the largest improvements are expected. These experiments will probe effectivenew physics mass scales up to 10,000 TeV/c2, well beyond what can be directly probed at colliders.