Searches for charged lepton flavour violation on the mu2e experiment

Mu2e实验通过在原子核场中寻找介子到电子的无中微子转换来寻找带电轻子味的违背。通过中微子振荡，在中性扇区观察到轻子味违反，但在带电扇区尚未观察到。标准模型中允许的速率远低于目前实验可以达到的水平，因此任何观察都将是新物理学的标志。该实验目前正在建设中，目标是在2021年开始调试。该项目特别侧重于安装和调试停止目标监视器（英国为实验提供的探测器之一），并参与编写DAQ和DQM以及离线分析代码。还将进行数据分析，包括在实验安装之前采集的测试光束数据，以及在调试期间对实验采集的初始数据进行分析。

The Mu2e experiment looks for charged lepton flavour violation by looking for the neutrinoless conversion of a muon to an electron in the field of a nucleus. Lepton flavour violation has been observed in the neutral sector through neutrino oscillations but it has not yet been observed in the charged sector. The rate allowed in the Standard Model is well below the level that experiments can currently reach so any observation would be a sign of new physics. The experiment is currently under construction and aims to start commissioning in 2021. The project has a specific focus on installing and commissioning the stopping target monitor (one of the detectors being provided for the experiment by the UK) with involvement in writing both the DAQ and DQM as well as offline analysis code. There will also be data analysis both of test beam data taken before the installation into the experiment as well as analysis of the initial data taken by the experiment during the commissioning period.