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Stop and Sbottom LSP with R-parity Violation · Around

2014

Stop and Sbottom LSP with R-parity Violation

Chun, Eung Jin, Jung, Sunghoon, Lee, Hyun Min et al.

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Considering a third-generation squark as the lightest supersymmetric particle (LSP), we investigate R-parity violating collider signatures with bilinear LH or trilinear LQD operators that may contribute to observed neutrino masses and mixings.

Reinterpreting the LHC 7+8 TeV results of SUSY and leptoquark searches, we find that third-generation squark LSPs decaying to first- or second-generation leptons are generally excluded up to at least about 660 GeV at 95%C.L..
One notable feature of many models is that sbottoms can decay to top quarks and charged leptons that lead to a broader invariant mass spectrum and weaker collider constraints.
More dedicated searches with $b$-taggings or top reconstructions are thus encouraged.

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