Cambridge Supersymmetry Working Group

The Cambridge Supersymmetry Working Group is a collaboration between experimentalists
in the Cavendish HEP ATLAS group and theorists from the Cavendish Theory Group and the
Department of Applied Mathematics and Theoretical Physics.

Our aim is to investigate the observability of SUSY signals with the ATLAS detector.
We make use of the HERWIG event generator, interfaced to the ATLAS fast simulation for
most of our studies.

Among our current studies are:

- detection of sleptons in superstring inspired models of SUSY breaking
- detection of neutralino decays in R-parity violation models
- the observability of charginos in models with Anomaly-Mediated SUSY breaking
- signatures for large and small extra dimensions
- studies to establish the experimental reach in terms of fine tuning:
                can models with small fine-tuning evade detection?

This page contains documents published by members of the group relating to our SUSY studies.
 
 

Measuring sparticle masses in non-universal string inspired models at the LHC.   pdf     B.C.Allanach, C.G.Lester,
                                                                                                                              M.A.Parker, B.R.Webber
 
 hep-ph/0007009, Cavendish-HEP-00/06, DAMTP-1999-86,CERN-TH/2000-149
Submitted to the Journal of High Energy Physics. 

 

 

Searching for Narrow Graviton Resonances with the ATLAS Detector at the Large Hadron Collider.   pdf     B.C.Allanach, K.Odagiri,
                                                                                                                                                                M.A.Parker, B.R.Webber
 
 hep-ph/0006114, Cavendish-HEP-00/07, DAMTP-2000-55,CERN-TH/2000-158,RAL-TR-2000-025
Submitted to the Journal of High Energy Physics. 
Searches for Supersymmetry at the Large Hadron Collider.   pdf         M.A.Parker
 
 Talk presented at DIS2000, Liverpool, April 2000. ATL-CONF-2000-005. To be published in the conference proceedings


Naturalness Reach of the Large Hadron Collider in Minimal SUGRA.   pdf           B.C.Allanach, J.P.J.Hetherington, M.A.Parker
                                                                                                                          B.R.Webber
hep-ph/0005186, DAMTP-2000-23, Cavendish-HEP-00/02. Submitted to JHEP.

 
Naturalness Reach of the Large Hadron Collider in Minimal SUGRA.   pdf           B.C.Allanach, J.P.J.Hetherington, M.A.Parker
                                                                                                                          G.G.Ross, B.R.Webber
    Journal of Physics G Vol 26, Number 5, May 2000 (551). hep-ph/9912302.
    Report of the "Beyond the Standard Model" Working Group of the 1999 UK Phenomenology Workshop on Collider Physics
    (Durham).
    This note contains a study of the ability of the LHC to detect high mass SUSY scalars in terms of the "naturalness" parameter.


Searches for Supersymmetry at the Large Hadron Collider.    pdf           M.A.Parker.
    Cavendish-HEP-99/09, ATL-CONF-99-005
    Presented at the International Europhysics Conference on High Energy Physics, Tampere, Finland, July 1999

Measurement of the LSP mass in supersymmetric models with R-parity violation pdf      L.Drage and M.A.Parker.
    ATLAS-PHYS-2000-007
    This note contains an analysis of the channel chi0->qqq extracted from L.Drages thesis (see below)


Measuring the masses of semi-invisibly decaying particles pair produced at hadron colliders ps      C.G.Lester and D.J.Summers
    Phys Lett B463 (1999) 99. Cavendish-HEP-99/07, hep-ph/9906349
    This note contains a new method to determine the masses of particles undergoing two body decays including an invisible daughter.


The Evaluation of Silicon Microstrip Detectors for the ATLAS Semiconductor Tracker and
     Supersymmetry Studies at the Large Hadron Collider  ps                                                            L.Drage

    RAL-TH-99-014

    This is the full text of the thesis presented by L.Drage for the degree of PhD at Cambridge University. Chapter 5 contains his
    analysis of the R-parity violating channel chi0->qqq.
    This chapter is also available as ATLAS note COM-PHYS-99-029 (see above).


 
 
 
Andy ParkerLast update 13 January  2000