Combinatoric Background at CollidersStandard Model @ Large Hadron ColliderBeyond SM @ LHC Example: SUSYBi-Event Subtraction TechniqueBEST ExplainedBEST does tBEST does SUSYConclusionsCombinatoric Background at CollidersBi-Event Subtraction TechniqueConclusionsThe Bi-Event Subtraction Technique (BEST)for Hadron CollidersBhaskar Dutta1Teruki Kamon1,3Nikolay Kolev2Abram Krislock11Texas A&M University2University of Regina3Kyungpook National University2011 Phenomenology SymposiumarXiv:1104.2508Abram Krislock BEST 1/10Combinatoric Background at CollidersBi-Event Subtraction TechniqueConclusionsOutline1Combinatoric Background at CollidersStandard Model @ Large Hadron ColliderBeyond SM @ LHC Example: SUSY2Bi-Event Subtraction TechniqueBEST ExplainedBEST does t¯tBEST does SUSY3ConclusionsAbram Krislock BEST 2/10Combinatoric Background at CollidersBi-Event Subtraction TechniqueConclusionsOutline1Combinatoric Background at CollidersStandard Model @ Large Hadron ColliderBeyond SM @ LHC Example: SUSY2Bi-Event Subtraction TechniqueBEST ExplainedBEST does t¯tBEST does SUSY3ConclusionsAbram Krislock BEST 2/10Combinatoric Background at CollidersBi-Event Subtraction TechniqueConclusionsOutline1Combinatoric Background at CollidersStandard Model @ Large Hadron ColliderBeyond SM @ LHC Example: SUSY2Bi-Event Subtraction TechniqueBEST ExplainedBEST does t¯tBEST does SUSY3ConclusionsAbram Krislock BEST 2/10Combinatoric Background at CollidersBi-Event Subtraction TechniqueConclusionsStandard Model @ Large Hadron ColliderBeyond SM @ LHC Example: SUSYStandard Model of Particle PhysicsStandard Model (SM) ParticlesudLuRdReνeLeRcsLcRsRµνµLµRtbLtRbRτντLτRgW+W−Z0γ h0Explains matter and interactions on our planet.Higgs yet to be found.Mostly understood. ⇒ Room for improvement!Beyond SM needed for dark matter, dark energy, inflation...Abram Krislock BEST 3/10Combinatoric Background at CollidersBi-Event Subtraction TechniqueConclusionsStandard Model @ Large Hadron ColliderBeyond SM @ LHC Example: SUSYStandard Model of Particle PhysicsStandard Model (SM) ParticlesudLuRdReνeLeRcsLcRsRµνµLµRtbLtRbRτντLτRgW+W−Z0γ h0Explains matter and interactions on our planet.Higgs yet to be found.Mostly understood. ⇒ Room for improvement!Beyond SM needed for dark matter, dark energy, inflation...Abram Krislock BEST 3/10Combinatoric Background at CollidersBi-Event Subtraction TechniqueConclusionsStandard Model @ Large Hadron ColliderBeyond SM @ LHC Example: SUSYStandard Model of Particle PhysicsStandard Model (SM) ParticlesudLuRdReνeLeRcsLcRsRµνµLµRtbLtRbRτντLτRgW+W−Z0γ h0Explains matter and interactions on our planet.Higgs yet to be found.Mostly understood. ⇒ Room for improvement!Beyond SM needed for dark matter, dark energy, inflation...Abram Krislock BEST 3/10Combinatoric Background at CollidersBi-Event Subtraction TechniqueConclusionsStandard Model @ Large Hadron ColliderBeyond SM @ LHC Example: SUSYStandard Model of Particle PhysicsStandard Model (SM) ParticlesudLuRdReνeLeRcsLcRsRµνµLµRtbLtRbRτντLτRgW+W−Z0γ h0Explains matter and interactions on our planet.Higgs yet to be found.Mostly understood. ⇒ Room for improvement!Beyond SM needed for dark matter, dark energy, inflation...Abram Krislock BEST 3/10Combinatoric Background at CollidersBi-Event Subtraction TechniqueConclusionsStandard Model @ Large Hadron ColliderBeyond SM @ LHC Example: SUSYStandard Model of Particle PhysicsStandard Model (SM) ParticlesudLuRdReνeLeRcsLcRsRµνµLµRtbLtRbRτντLτRgW+W−Z0γ h0Explains matter and interactions on our planet.Higgs yet to be found.Mostly understood. ⇒ Room for improvement!Beyond SM needed for dark matter, dark energy, inflation...Abram Krislock BEST 3/10Combinatoric Background at CollidersBi-Event Subtraction TechniqueConclusionsStandard Model @ Large Hadron ColliderBeyond SM @ LHC Example: SUSYLarge Hadron ColliderHadron CollidersStandard ModelBeyond theStandard Modelex. SupersymmetryAbram Krislock BEST 4/10Combinatoric Background at CollidersBi-Event Subtraction TechniqueConclusionsStandard Model @ Large Hadron ColliderBeyond SM @ LHC Example: SUSYLarge Hadron ColliderHadron CollidersStandard ModelBeyond theStandard Modelex. SupersymmetryAbram Krislock BEST 4/10Combinatoric Background at CollidersBi-Event Subtraction TechniqueConclusionsStandard Model @ Large Hadron ColliderBeyond SM @ LHC Example: SUSYLarge Hadron ColliderHadron CollidersStandard ModelBeyond theStandard Modelex. SupersymmetryAbram Krislock BEST 4/10Combinatoric Background at CollidersBi-Event Subtraction TechniqueConclusionsStandard Model @ Large Hadron ColliderBeyond SM @ LHC Example: SUSYLarge Hadron ColliderHadron CollidersStandard ModelBeyond theStandard Modelex. SupersymmetryAbram Krislock BEST 4/10Combinatoric Background at CollidersBi-Event Subtraction TechniqueConclusionsStandard Model @ Large Hadron ColliderBeyond SM @ LHC Example: SUSYSUSY at the LHC Dilemna...Abram Krislock BEST 5/10Combinatoric Background at CollidersBi-Event Subtraction TechniqueConclusionsStandard Model @ Large Hadron ColliderBeyond SM @ LHC Example: SUSYSUSY at the LHC Dilemna...Abram Krislock BEST 5/10Combinatoric Background at CollidersBi-Event Subtraction TechniqueConclusionsStandard Model @ Large Hadron ColliderBeyond SM @ LHC Example: SUSYSUSY at the LHC Dilemna...Abram Krislock BEST 5/10Combinatoric Background at CollidersBi-Event Subtraction TechniqueConclusionsStandard Model @ Large Hadron ColliderBeyond SM @ LHC Example: SUSYSUSY at the LHC Dilemna...Abram Krislock BEST 5/10Combinatoric Background at CollidersBi-Event Subtraction TechniqueConclusionsStandard Model @ Large Hadron ColliderBeyond SM @ LHC Example: SUSYSUSY at the LHC Dilemna...Abram Krislock BEST 5/10Combinatoric Background at CollidersBi-Event Subtraction TechniqueConclusionsStandard Model @ Large Hadron ColliderBeyond SM @ LHC Example: SUSYSUSY at the LHC Dilemna...Abram Krislock BEST 5/10Combinatoric Background at CollidersBi-Event Subtraction TechniqueConclusionsStandard Model @ Large Hadron ColliderBeyond SM @ LHC Example: SUSYSUSY at the LHC Dilemna...Abram Krislock BEST 5/10Combinatoric Background at CollidersBi-Event Subtraction TechniqueConclusionsBEST ExplainedBEST does t¯tBEST does SUSYBi-Event Subtraction Technique (BEST)Abram Krislock BEST