Predicting SUSY Particle Event Count at Future Colliders

Poster-In-person

Abstract

One of the leading proposals for an expansion of the Standard Model (SM) is Supersymmetry (SUSY). In order to discover such particles as proposed by SUSY, it is necessary to consider a particle collider that operates at a higher parton level center of mass energy than the Large Hadron Collider (LHC).  This research entails the development of a lightweight code package that can estimate the amount of particle events expected in a year given a particular beam configuration. For a particular process, it calculates the cross section for a range of potential masses of that particle. Multiplying by the luminosity for a given beam configuration gives the total events expected. The current processes investigated by this project are for the SUSY Chargino, SUSY Heavy Scalar, and the SM Higgs.

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Presenters

  • Daniel Downey

    • Sonoma State University

Authors

  • Daniel Downey

    • Sonoma State University
  • Simon Knapen

    • Lawrence Berkeley Lab
  • So Chigusa

    • Massachusetts Institute of Technology
  • Toby Opferkuch

    • Scuola Internazionale Superiore di Studi Avanzati
  • Inbar Savory

    • Lawrence Berkeley Lab
  • Christiane Scherb

    • Lawrence Berkeley Lab
  • Weishuang Xu

    • University of California, Berkeley
  • Alexandra Miller

    • Sonoma State University