The production of WR and its identification through the WZ decay channel is studied at the LHC. The signal is characterized by a very high Z transverse momentum. By considering the totally leptonic decay channel of the produced WZ pair and by taking into account the possible backgrounds, we estimate that the LHC with an integrated luminosity of 105 pb−1 will be sensitive to WR masses up to 2.8 TeV. A similar sensitivity is expected for the SSC with 104 pb−1.
W Z pair production at LHC in left-right models
COCOLICCHIO, Decio Pietro;
1991-01-01
Abstract
The production of WR and its identification through the WZ decay channel is studied at the LHC. The signal is characterized by a very high Z transverse momentum. By considering the totally leptonic decay channel of the produced WZ pair and by taking into account the possible backgrounds, we estimate that the LHC with an integrated luminosity of 105 pb−1 will be sensitive to WR masses up to 2.8 TeV. A similar sensitivity is expected for the SSC with 104 pb−1.File in questo prodotto:
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