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μ_e CONVERSION EXPERIMENTS: TESTING CHARGED LEPTON FLAVOR VIOLATION

机译:μ_e转换实验:测试带电的Lepton风味违规

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The recent evidence for neutrino mixing shows that lepton flavor is not a conserved quantity. Due to the smallness of the neutrino masses effective flavor changing neutral currents among charged leptons remain negligible in the Standard Model. Whereas b → sγ has a probability of O(10~(-4)) μ → eγ is expected with a branching ratio around 10~50. Observable rates would be an unambiguous signal for physics beyond the Standard Model and indeed, many extensions of the model are constrained best by the present experimental limits on charged lepton flavor violation. In this talk I will discuss experimental searches for charged lepton flavor violation with emphasis on fie conversion in muonic atoms.
机译:最近中型混合的证据表明,Lepton味道不是保守的数量。由于中微子群体的小,在标准模型中,带状液中的中性电流改变中性电流仍然可以忽略不计。而B→Sγ具有O的概率(10〜(-4))μ→E→Eγ,分支比率约为10〜50。可观察的速率将是一个明确的物理信号,超出标准模型,实际上,该模型的许多延伸由带电Lepton风味违规的目前的实验限制受到最佳限制。在这次谈话中,我将讨论带电Lepton风味违规的实验搜索,重点是对多种子原子的FIE转换。

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