Study of charged Lepton Flavor Violation in electron muon interactions
Abstract
With the improvement of muon acceleration technology, it has received great interest to exploit high-energy muon beams for collision or target experiments. We investigate possible charged Lepton Flavor Violation (cLFV) processes mediated by an extra massive neutral gauge boson Zprime in electron muon interactions, either at a proposed electron muon collider or in a fixed target experiment with high-energy muon beam hitting electrons in the target. Based on Monte Carlo calculations and fast detector simulations, we study in detail our signal and possible backgrounds, giving the sensitivity results of cLFV signals at the 90% confidence level. Compared with current and prospective limits set by other experiments, electron muon interactions demonstrate significant advantages in the cLFV coupling strength sensitivity with tau in the final states. In addition, a special cLFV coupling combination, lambda_emu * lambda_mumu, can also be probed in our proposal.
Keywords
Cite
@article{arxiv.2405.09417,
title = {Study of charged Lepton Flavor Violation in electron muon interactions},
author = {Ran Ding and Jingshu Li and Meng Lu and Zhengyun You and Zijian Wang and Qiang Li},
journal= {arXiv preprint arXiv:2405.09417},
year = {2024}
}