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2014

The Dimension Six Triple Gluon Operator in Higgs+Jet Observables

Ghosh, Diptimoy, Wiebusch, Martin

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Recently a lot of progress has been made towards a full classification of new physics effects in Higgs observables by means of effective dimension six operators.

Specifically, Higgs production in association with a high transverse momentum jet has been suggested as a way to discriminate between operators that modify the Higgs-top coupling and operators that induce an effective Higgs-gluon coupling---a distinction that is hard to achieve with signal strength measurements alone.
With this article we would like to draw attention to another source of new physics in Higgs+jet observables: the triple gluon operator $O_{3g}$ (consisting of three factors of the gluon field strength tensor).
We compute the distortions of kinematic distributions in Higgs+jet production at a 14 TeV LHC due to $O_{3g}$ and compare them with the distortions due to dimension six operators involving the Higgs doublet.

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