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Under R-parity, the lightest supersymmetric particle (LSP) is stable and mayserve as a good dark matter candidate. The R-parity can be naturally introducedwith a gauge origin at TeV scale. We go over why a TeV scale B-L gaugeextension of the minimal supersymmetric standard model (MSSM) is one of themost natural, if not demanded, low energy supersymmetric models. In thepresence of a TeV scale Abelian gauge symmetry, the (predominantly)right-handed sneutrino LSP can be a good dark matter candidate. Itsidentification at the LHC is challenging because it does not carry any standardmodel charge. We show how we can use the correlation between the LHCexperiments (dilepton resonance signals) and the direct dark matter searchexperiments (such as CDMS and XENON) to identify the right-handed sneutrino LSPdark matter in the B-L extended MSSM.

Identifying Sneutrino Dark Matter: Interplay between the LHC and Direct Search