About this community

Work based upon experiments at high energy particle accelerators, with group members making up part of international collaborations

The HEP group's work is based upon experiments at high energy particle accelerators, with group members making up part of international collaborations working on experiments at CERN, Geneva, at Fermilab, Chicago, and on R&D activities for a future Linear Collider. The group is also interested in a range of theoretical problems with a phenomenological emphasis.

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Recent Submissions

  • Using computing models from particle physics to investigate dose-toxicity correlations in cancer radiotherapy 

    Drew, A; Elwood, PJ; Harrison, K; Parker, Michael Andrew; Pullen, HL; Romanchikova, M; Silvester, E et al. (2017-11-23)
    © Published under licence by IOP Publishing Ltd. A system has been developed to provide flexible, efficient and robust processing of radiotherapy planning and treatment data collected in the VoxTox project, which investigates ...
  • Predictions for neutrino structure functions. 

    Kretzer, S.; Olness, Frederick I.; Scalise, R. J.; Thorne, Robert S.; Yang, U. K. (HEP, Cavendish Laboratory, University of Cambridge, 2001-01)
    The first measurements of xF3 are higher than current theoretical predictions. We investigate the sensitivity of these theoretical predictions upon a variety of factors including: renormalization scheme and scale, quark ...
  • Measuring supersymmetric particle masses at the LHC in scenarios with baryon number R-parity violating couplings. 

    Allanach, Benjamin Christopher; Barr, Alan; Drage, L; Lester, Christopher Gorham; Morgan, D; Parker, Michael Andrew; Webber, Bryan R et al. (HEP, Cavendish Laboratory, University of Cambridge, 2001-02)
    The measurement of sparticle masses in the Minimal Supersymmetric Standard Model at the LHC is analysed, in the scenario where the lightest neutralino, the ˜χ01 , decays into three quarks. Such decays, occurring through ...
  • The Running coupling BFKL anomalous dimensions and splitting functions. 

    Thorne, Robert S. (HEP, Cavendish Laboratory, University of Cambridge, 2001-03)
    I explicitly calculate the anomalous dimensions and splitting functions governing the Q2 evolution of the parton densities and structure functions which result from the running coupling BFKL equation at LO, i.e. I perform ...

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