Abstract
Scalar electrons and scalar neutrinos may appear among the decay products of the W produced in p− p collisions. Under the assumption that: (se) → e + photino and (sνe) → undetected neutrals, we compute the contribution of the decay: W → (se) + (s νe) to the process p + p → e ± + missing energy + hadrons. A numerical analysis, performed in the case m se = 20 GeV and m (s νe) = 0, show that a visible signal is expected in the region of the electron transverse momentum and angle which is unfavoured by conventional W decays. Related effects in Z production and decay are also discussed.
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