Speaker
Description
Charged Lepton Flavor Violation (CFLV) process is one of the important signal channels for studying new physical beyond the standard model. Given the advantages of lepton collisions with different flavors, we investigate the possible CLFV process supported by an extra gauge boson $Z'$ on an electron-muon collider. Based on the Monte Carlo calculation and detector fast simulation, we study the signal and possible background and give the sensitivity results of CLFV signals at 95% confidence level. Compared with current and prospect limits set by other experiments, the electron-muon collision demonstrates significant advantages in the coupling strength sensitivity of $τ$ final state, and can provide result for some rare processes such as $μ^+ e^-→e^+ μ^-$.
