New Physics signals from measurable polarization asymmetries at LHC
arXiv:1308.4331 · doi:10.1016/j.physletb.2014.01.010
Abstract
We propose a new type of Z polarization asymmetry in bottom-Z production at LHC that should be realistically measurable and would provide the determination of the so-called parameter, whose available measured value still appears to be in disagreement with the Standard Model prediction. This polarization can be measured independently of a possible existence of Supersymmetry. If Supersymmetry is found, a second polarization, i.e. the top longitudinal polarization in top-charged Higgs production, would neatly identify the parameter. In this case, the value of should be in agreement with the Standard Model. If Supersymmetry does not exist, a residual disagreement of from the Standard Model prediction would be a clean signal of New Physics of "non Supersymmetric" origin.
typo corrected
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