Stephen Godfrey

Dr. Stephen Godfrey is a Professor of Theoretical Particle Physics at Carleton University's Department of Physics, Faculty of Science. He specializes in particle physics phenomenology, focusing on hadron physics, beyond the Standard Model theories, and the interplay between theory and experimental data from colliders like the LHC and ILC. His research includes studying QCD, exotic mesons, and dark matter detection mechanisms.

Key research areas include:

• Prediction of experimental signatures for new physics (e.g., Z' bosons, dark matter)
• Understanding electroweak symmetry breaking at the LHC
• Analysis of charmonium and bottomonium states
• Collider phenomenology for future facilities like Jefferson Lab and Belle II

Recent talks and collaborations involve topics such as the XYZ mesons, LHC physics, and the design of multi-TeV colliders. He has contributed to the Belle II Physics Book and ILC Reference Design Reports, highlighting his involvement in international experimental efforts.

His publications span theoretical frameworks for dark matter, gauge extensions, and quark model interpretations of experimental results. While no awards are explicitly listed, his extensive contributions to particle physics research are evident through his prolific publication record and conference engagements.