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The doubly-charged scalar boson H^{--} is involved in several new physicsmodels for generating neutrino masses. Depending on new physics models, H^{--}has the Yukawa interaction with a pair of left-handed charged leptons or a pairof right-handed ones. In this talk, we see that these two Yukawa interactionscan be distinguished by measuring energy distributions of charged pionsproduced by decays of tau leptons if pair-produced H^{++} H^{--} can decaysufficiently into four charged leptons which involve one or two tau leptons.The information on the Yukawa interaction of H^{--} will help to discriminatemodels in which neutrino masses are generated.

Discrimination of Models Including Doubly Charged Scalar Bosons by Using Tau Lepton Decay Distributions