Abstract

A particular kind of Higgs mechanism ensuring the spontaneous symmetry breakdown is investigated within the framework of the 3-3-1 gauge models without exotic electric charges. The needed scalar triplet representations are considered in detail. The parameter setting of the model can finally unfold only two surviving neutral Higgs scalars: the first one corresponding to the Standard Model breaking scale (with a mass in accordance with the observed m(h)=126 GeV), while the second one corresponding to the new breaking scale of the model (with the mass in the TeV range).

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