No supersymmetry signal was found in Higgs-to-diphoton events, and new 95% CL limits exclude sbottom masses below 530 GeV and chargino-neutralino masses below 235-290 GeV in simplified SUSY models.
Kinematical variables towards new dynamics at the LHC
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abstract
At the LHC, many new physics signatures feature the pair-production of massive particles with subsequent direct or cascading decays to weakly-interacting particles, such as SUSY scenarios with conserved conserved R-parity or $H \to W(\ell\nu)W(\ell\nu)$. We present a set of dimension-less variables that can assist the early discovery of processes of this type in conjunction with a set of variables with mass dimension that will expedite the characterization of these processes.
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Search for supersymmetry using Higgs boson to diphoton decays at $\sqrt{s} =$ 13 TeV
No supersymmetry signal was found in Higgs-to-diphoton events, and new 95% CL limits exclude sbottom masses below 530 GeV and chargino-neutralino masses below 235-290 GeV in simplified SUSY models.