Z' studies at the LHC: an update
arXiv:hep-ph/0307020 · doi:10.1016/j.physletb.2003.09.103
Abstract
We reanalyse the potential of the LHC to discover new gauge bosons and to discriminate between various theoretical models. Using a fast LHC detector simulation, we have investigated how well the characteristics of bosons from different models can be measured. For this analysis we have combined the information coming from the cross section measurement, which provides also the mass and total width, the forward-backward charge asymmetries on- and off-peak, and the rapidity distribution, which is sensitive to its and couplings. We confirm that new bosons can be observed in the process , up to masses of about 5 TeV for an integrated luminosity of 100 fb. The off- and on-resonance peak forward-backward charge asymmetries show that interesting statistical accuracies can be obtained up to masses of the order of 2 TeV. We then show how the different experimental observables allow for a diagnosis of the boson and the distinction between the various considered models.
14 pages, latex, 6 figures
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