Current Student Projects
Current projects include beam dynamics, RF, machine learning, impedance modelling, lattice design, and much more, with applications in future light source design, medical accelerators, and accelerator for cultural heritage.
If you are interested in pursuing an undergraduate or postgraduate project, please contact the supervisor listed. This is not an exhaustive list, so if you have a particular topic in mind, please feel free to contact us.
Previous experience in Accelerator Physics is not necessary, as this area of physics is rarely covered in undergraduate degrees. Interest in electromagnetism, applied physics, and/or computational physics, would be beneficial. Students will receive training and supervision in Accelerator Physics, often with the opportunity to attend international accelerator schools and conferences.
Project | Contact | Level |
Adaptive Internal Model Based Orbit Feedback System | Eugene Tan | Masters, PhD |
Compact Particle Accelerators for Cultural Heritage Applications
| Tessa Charles | Honours, Masters, PhD |
Future Circular Collider and Next Generation Light Sources | Tessa Charles | Honours, Masters, PhD |
Next Generation Light Source Design Studies | Rohan Dowd | Masters, PhD |
Diagnostics and Dosimetry for VHEE Applications | Eugene Tan | Honours Masters, PhD |
Compact plasma-based particle accelerator studies | Eugene Tan | Masters, PhD |
Apply Machine Learning to Particle Accelerators | Frank Zhang | |