Constraints from Muon g - 2 and LFV Processes in the Higgs Triplet Model

Constraints from the muon anomalous magnetic dipole moment and lepton flavor violating processes are translated into lower bounds on vΔmH±± in the Higgs Triplet Model by considering correlations through the neutrino mass matrix. The discrepancy of the sign of the contribution to the muon anomalous magnetic dipole moment between the measurement and the prediction in the model is clarified. It is shown that μ→eγ,τ decays (especially, τ → μ-baree), and the muonium conversion can give a more stringent bound on vΔmH±±than the bound from μ→eee-bar which is expected naively to give the most stringent one. (author)