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We investigate early discovery signals for supersymmetry at the Large HadronCollider without using information about missing transverse energy. Instead weuse cuts on the number of jets and isolated leptons (electrons and/or muons).We work with minimal supersymmetric extensions of the standard model, and focuson phenomenological models that give a relic density of dark matter compatiblewith the WMAP measurements. An important model property for early discovery isthe presence of light sleptons, and we find that for an integrated luminosityof only 200--300 pb$^{-1}$ at a center-of-mass energy of 10 TeV models withgluino masses up to $\sim 700$ GeV can be tested.

Early search for supersymmetric dark matter models at the LHC without missing energy