Abstract
Muon decay, after more than 60 years of experimental and theoretical investigations, has been established as a firm basis for the standard model of electroweak interactions. The Lorentz structure of the decay interaction has been determined completely from existing experiments in a model-independent way. Neutrino experiments have played a decisive role in that analysis. Precision experiments in muon decay continue to be an important and sensitive testing ground for deviations from the standard model.
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