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The Majorana nature of neutrinos can be detected by the precise measurementof muon decay. This possibility comes from the presence of charged Higgs bosoninteraction for Majorana neutrinos. We study the effects of the neutrino Yukawainteraction via charged Higgs bosons in muon decay processes such as $\mu\toe\nu\bar{\nu}$ and $\mu\to e\gamma$. The Higgs triplet model with small vacuumexpectation value is of special importance whose neutrino Yukawa coupling canaffect significantly muon decays. External neutrino lines in the Feynmandiagrams of $\mu\to e\nu\bar{\nu}$ can be crossed because of its Majorananature. This fact provides the interference contribution between the W bosonexchange diagram and that of charged Higgs boson, which may be detectable innear future experiments.

Detecting Majorana nature of neutrinos in muon and tau decay