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---
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title: HiggsBounds
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permalink: /HiggsBounds/
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---
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# HiggsBounds
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[Category:Outputs](/Category:Outputs "wikilink") [Category:SPheno](/Category:SPheno "wikilink") With the discovery of the Higgs boson at the LHC and the precise measurements of its mass and couplings to other particles, a new era of high energy physics has started. Today, many SUSY models have not only be confronted with the exclusion limits from direct searches, but they have also to reproduce the Higgs properties correctly. The agreement with respect to the mass can be easily read off a spectrum file. For the rates this is usually not so easy. One can parametrize how ’SM-like’ the couplings of a particular scalar are by considering the ratio
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With the discovery of the Higgs boson at the LHC and the precise measurements of its mass and couplings to other particles, a new era of high energy physics has started. Today, many SUSY models have not only be confronted with the exclusion limits from direct searches, but they have also to reproduce the Higgs properties correctly. The agreement with respect to the mass can be easily read off a spectrum file. For the rates this is usually not so easy. One can parametrize how ’SM-like’ the couplings of a particular scalar are by considering the ratio
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*r*<sup>*ϕ**X**Y*</sup> = (*c*<sub>*ϕ**X**Y*</sub><sup>*S**U**S**Y*</sup>/*c*<sub>*h**X**Y*</sub><sup>*S**M*</sup>)<sup>2</sup> .
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