Viable Alternative to the Standard Model

As an alternative to the standard model, we couple two scalar doublets such that, in the third family, one (${\cal H}$) couples only to the top quark, the other ($H$), that is identified as the 126 GeV state already observed, to the bottom quark and the tau lepton. Three explicit predictions of the model are that the partial decay rate $Γ(H \rightarrow γγ)$ is 28.1\% higher than predicted by the standard model, and the two partial decay widths $Γ(H \rightarrow \bar{b}b)$ and $Γ(H \rightarrow \barττ)$ are both predicted to be greater than, or equal to, their standard model values.

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