| Description |
The discovery or exclusion of the fundamental standard scalar is a warm topic. With the current statistics at the hadron colliders, the workhorse decay channel, at all relevant H masses, is H to WW, followed by the leptonic decay of the Ws. Using phase-space singularity techniques, we construct a plethora of kinematically optimal "singularity variables" meant to facilitate the difficult tasks of separating signal and backgrounds and of measuring the mass of a putative signal. With the help of "Higgs Potatoes" (Dalitz Plots in the presence of unobservable particles), we introduce the concept of "Higgs Sieving": a multi-variable technique to separate a signal from the main backgrounds.
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