Abstract
An extension of the supersymmetric standard model to the supersymmetricSU(2) L ×SU(2) R ×U(1) B−L model with Higgs triplets is considered. We study in detail production of chargino and neutralino pairs at the LHCpp-collider of centre of mass energy $$\sqrt s = 16$$ TeV. A numerical analysis for different sets of mass values of charginos and neutralinos is considered. The analysis shows that the signatures are an increase of the total cross sections $$\sigma _T (pp \to \tilde \chi _1^ + \tilde \chi _1^ - ,\tilde \chi _1^0 \tilde \chi _1^0 + X) > \sigma _T (pp \to \tilde \chi _2^ + \tilde \chi _1^ - ,\tilde \chi _2^0 \tilde \chi _1^0 + X) > \sigma _T (pp \to \tilde \chi _2^ + \tilde \chi _2^ - ,\tilde \chi _2^0 \tilde \chi _2^0 + X)$$ , in the region of the transverse momentum,k t . The analysis also shows that the experimental signatures depend essentially on the mixing matrix parameters of theL−R SUSY model.
Published Version
Talk to us
Join us for a 30 min session where you can share your feedback and ask us any queries you have
Schedule a call