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Signal identification

This generator requires specific conditions for lepton, jet, and missing energy to identify signals accurately. Developed at University of Wisconsin by Marc Weinberg.

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Signal identification

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  1. Signal identification Marc Weinberg, University of Wisconsin

  2. Generator lepton pT Require both generator ss leptons pT > 10 GeV Marc Weinberg, University of Wisconsin

  3. Generator lepton isolation Require next-to-leading ss lepton Iso < 10 GeV Isolation parameter: pT sum of particles within ΔR < 0.3 of lepton Require leading ss lepton Iso < 6 GeV Marc Weinberg, University of Wisconsin

  4. Generator jet multiplicity All jets shown: ET > 50 GeV Getting rid of EW boson backgrounds Require ≥ 3 jets Marc Weinberg, University of Wisconsin

  5. Generator jet ET Require next-to-next-to-leading jet ET > 55 GeV Require next-to-leading jet ET > 130 GeV Require leading jet ET > 175 GeV Marc Weinberg, University of Wisconsin

  6. Generator missing ET Require missing ET > 200 GeV Marc Weinberg, University of Wisconsin

  7. Signal identification Marc Weinberg, University of Wisconsin

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