Introduction
Physics Home
Physics Research Groups
Dr. David Asner
Dr. Alain Bellerive
Dr. Madhu Dixit
Dr. Kevin Graham
Dr. Richard Hemingway
Dr. Gerald Oakham
Dr. David Sinclair
Dr. Manuella Vincter
Dr. Bruce Campbell
Dr. Steven Godfrey
Dr. Pat Kalyniak
Dr. Heather Logan
Dr. Peter Watson
Dr. Boguslaw Jarosz
Dr. Paul Johns
Dr. David Rogers
Dr. Tong Xu
Dr. Ian Cameron
Dr. Brenda Clark
Dr. Joanna Cygler
Dr. Robert de Kemp
Dr. Lee Gerig
Dr. Cliff Hargrove
Dr. Iwan Kawrakow
Dr. Malcolm McEwen
Dr. Cheng Ng
Dr. Peter Raaphorst
Dr. Carl Ross
Dr. Richard Wassenar
Dr. R. Glenn Wells
Dr. David Wilkins
Dr. Ruth Wilkins
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Dr. Stephen Godfrey Email: godfrey |
physics.carleton.caTheoretical Particle Physics
Particle Phyiscs Phenomenology
- Connect theory and experiment
- Predict the experimental signatures of theories
- Interpret experimental results to identify the underlying theory
- Hadron Physics
- Understand QCD, the theory of the strong interactions
- Use models to predict properties of new hadronic states
- Use models to understand the nature of exotic new hadrons
- Search for New Physics
- Study the experimental signatures of "Beyond the Standard model theories"
- eg. Discovery and ID Z's predicted by Extended gauge sectors, Little Higgs grand unified theories, etc, at LHC and ILC,.
- Understanding EWSB at the LHC
- Understanding EWSB (the origin of mass) is the a main priority of the LHC
- We are studying the predictions of various models so we can distinguish between the various possibilities
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