Intense Slow Muon Physics

An overview (but not comprehensive) list of intense slow muon physics programs at a future neutrino factory, ranging from particle physics, nuclear physics to applications, is given in Table 1, where programs are categorized into three groups, (1) precision measurements, (2) search for rare processes, and (3) application. Among the particle physics programs with muons [1], very important are (a) precision measurement of the muon g − 2 anomalous magnetic moment, (b) search for T-odd muon electric dipole moment (EDM), and (c) search for charged lepton mixing (CLM). I call them ”the muon trio”. They are significantly important to search for new physics, and also closely related one another in some cases of new physics, such as supersymmetry (SUSY). From this reason, I would focus on ”the muon trio” hereafter. The goals of next generation experiments on the muon trio might be given as follows.