Higgs Triplets, Decoupling, and Precision Measurements

Abstract

Electroweak precision data has been extensively used to constrain models containing physics beyond that of the Standard Model. When the model contains Higgs scalars in representations other than SU(2) singlets or doublets, and hence rho not equal to one at tree level, a correct renormalization scheme requires more inputs than the three needed for the Standard Model. We discuss the connection between the renormalization of models with Higgs triplets and the decoupling properties of the models as the mass scale for the scalar triplet field becomes much larger than the electroweak scale. The requirements of perturbativity of the couplings and agreement with electroweak data place strong restrictions on models with Higgs triplets. Our results have important implications for Little Higgs type models and other models with rho not equal to one at tree level.

23 pages

References in corpus (5)

• Models of Little Higgs and Electroweak Precision Tests
• (Non)decoupling of the Higgs triplet effects
• Higgs Triplets and Limits from Precision Measurements
• Low-Energy Effective Theory, Unitarity, and Non-Decoupling Behavior in a Model with Heavy Higgs-Triplet Fields
• Violation of the Appelquist-Carazzone decoupling in non-SUSY GUT

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