Speaker
Ryotaro Minato
Description
Lepton Flavor Violation (LFV) serves as a crucial probe into physics beyond the Standard Model. To identify the new particles behind LFV, it is important to search for various types of LFV processes, because the LFV mediators indirectly appear in most of LFV processes.
In this study, we propose a new LFV process, the decay of a muon-antimuon bound state into an electron-antimuon (or positron-muon) pair. We calculate the decay rate with scalar-, vector-, and dipole-type operators. Furthermore, we evaluate the discovery potential in future experiments by comparing the results with existing experimental constraints.
