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|[[Image:Run205113_evt12611816_VP1Base.png | 360px|First candidate collision event in ATLAS]] [http://www.atlas.ch/photos/events-collision-proton.html More ATLAS collision events]
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|[[Image:Run205113_evt12611816_VP1Base.png | 360px|First candidate collision event in ATLAS]] <P>
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[http://atlas.cern/atlas-live More ATLAS collision events]
 
| ||The Sydney University Particle Physics Group (formerly known as the High Energy Physics Group or the Falkiner High Energy Physics Department) is part of the [http://sydney.edu.au/science/physics/ School of Physics], which is in the [http://sydney.edu.au/science/ Faculty of Science] at the [http://sydney.edu.au/ University of Sydney].
 
| ||The Sydney University Particle Physics Group (formerly known as the High Energy Physics Group or the Falkiner High Energy Physics Department) is part of the [http://sydney.edu.au/science/physics/ School of Physics], which is in the [http://sydney.edu.au/science/ Faculty of Science] at the [http://sydney.edu.au/ University of Sydney].
  

Latest revision as of 18:16, 4 October 2018

Sydney University Particle Physics Group

First candidate collision event in ATLAS

More ATLAS collision events

The Sydney University Particle Physics Group (formerly known as the High Energy Physics Group or the Falkiner High Energy Physics Department) is part of the School of Physics, which is in the Faculty of Science at the University of Sydney.


High Energy, or Particle, physics involves the study of the world of subatomic particles by observing the collisions of particles accelerated either naturally (as in cosmic rays) or using accelerators. Our group is currently involved in experimental research involving the Belle and ATLAS projects, as well as in theoretical particle physics research. We are a node of the Australian Research Council Centre of Excellence for Particle Physics at the Terascale, along with groups at the Universities of Melbourne, Adelaide and Monash.

CoEPPlogo3.jpg
Visit CoEPP Pages

Our areas of research are:

  • The study of Higgs Bosons and search for physics beyond the Standard Model at ATLAS, CERN, Geneva, Switzerland.
  • The study of CP-violation and rare B meson decays at the Belle and Belle II experiments at KEK, Tsukuba, Japan.
  • Theoretical studies related to Higgs Physics and Physics Beyond the Standard Model.

You can find out more about our work in these areas here. There are excellent opportunities for new students in any of our research areas.


We would like to acknowledge the funding agencies that provide us with support.