New Scalar Contributions to
arXiv:1301.4694 · doi:10.1103/PhysRevD.87.075019
Abstract
We calculate the Higgs decay rate of by including the contributions from new scalars with arbitrary quantum numbers of the weak isospin () and hypercharge () in the standard model. We find that our general formula for the decay rate of matches with that for in the limit of , but it is different from those in the literature. To illustrate our result, by taking the current excess of the rate measured by the LHC, we examine the corresponding shift for the decay channel due to the new scalar. We show that the enhancement or reduction of the rate only depends on the relative size of and the absolute value of . Explicitly, we predict by imposing the observed range of , which is independent of the number of multiplets and the couplings to the Higgs particle as long as the scalars are heavier than 200 GeV. This result provides a clear signature for the future LHC measurements to test physics beyond the standard model.
16 pages, 7 figures, revised version accepted for publication in PRD
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