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The observation of lepton flavor violation indicates new physics beyond theStandard Model. Lepton colliders are ideal facilities to probe charged leptonflavor violation (CLFV) signals induced by new physics at high energy. In thiswork we perform a comprehensive study of the sensitivity of future leptoncolliders to charged lepton flavor violation. We consider the most generalrenormalizable Lagrangian coupling two leptons to new bosonic particles,involving both $\Delta L=0$ and $\Delta L=2$ interactions. The CLFV processesare introduced by the exchange of off-shell new particles at tree-level. Wefind that CEPC, ILC, FCC-ee, and CLIC each provide a complementary probe ofCLFV couplings to low-energy precision experiments for $\tau$ lepton(s) infinal states, while low-energy precision experiments are more sensitive in theabsence of $\tau$ leptons.

Sensitivity of future lepton colliders to the search for charged lepton flavor violation