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Left-right symmetric extensions of the Minimal Supersymmetric Standard Modelcan explain neutrino data and have potentially interesting phenomenology beyondthat found in minimal SUSY seesaw models. Here we study a SUSY model in whichthe left-right symmetry is broken by triplets at a high scale, butsignificantly below the GUT scale. Sparticle spectra in this model differ fromthe usual constrained MSSM expectations and these changes affect the relicabundance of the lightest neutralino. We discuss changes for the standard stau(and stop) co-annihilation, the Higgs funnel and the focus point regions. Themodel has potentially large lepton flavour violation in both, left and right,scalar leptons and thus allows, in principle, also for flavouredco-annihilation. We also discuss lepton flavour signals due to violating decaysof the second lightest neutralino at the LHC, which can be as large as 20fb$^{-1}$ at $\sqrt{s}=14$ TeV.

Dark matter and LHC phenomenology in a left-right supersymmetric model