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Inspecting the Higgs for New Weakly Interacting Particles · Around

2013

Inspecting the Higgs for New Weakly Interacting Particles

Cheung, Clifford, McDermott, Samuel D., Zurek, Kathryn M.

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We explore new physics scenarios which are optimally probed through precision Higgs measurements rather than direct collider searches.

Such theories consist of additional electroweak charged or singlet states which couple directly to or mix with the Higgs boson; particles of this kind may be weakly constrained by direct limits due to their meager production rates and soft decay products.
We present a simplified framework which characterizes the effects of these states on Higgs physics by way of tree level mixing (with neutral scalars) and loop level modifications (from electrically charged states), all expressed in terms of three mixing angles and three loop parameters, respectively.
The theory parameters are constrained and in some cases even fixed by ratios of Higgs production and decay rates.

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