I am a Reader in the Department of Physics. My research focuses on gamma-ray spectroscopy and imaging, in particular the development of novel radiation detectors and analytical techniques. I often work collaboratively with research groups internationally. I have been awarded funding for a number of projects:
(1) to develop algorithms to extract gamma-ray interaction position from room temperature semiconductor detectors
(2) to develop novel room temperature semiconductor detectors for nuclear decommissioning
(3) to develop SIGMA, which is a new germanium detector for gamma-ray spectroscopy and tracking,
(4) to develop a system for quantitative imaging in molecular radiotherapy,
(5) to evaluate the performance of systems for spectroscopy and imaging of nuclear fuel.
(6) to develop the stopping target monitor for the Mu2e experiment at Fermilab
I also lead the STFC Cancer Diagnosis Network+, which is a national research network aiming to develop new techniques and technologies in cancer diagnosis by bringing together physicists from the STFC community with researchers and Clinicians from other disciplines. The network organises thematic workshops and funding calls for proof of concept activities and early career researcher development.
I am actively engaged in outreach, including delivering talks and workshops at schools and public events. I am a committee member for the Institute of Physics Nuclear Physics Group. In 2018 I published the book "An introduction to the Physics of Nuclear Medicine", as part of the Morgan and Claypool Institute of Physics Concise series http://iopscience.iop.org/book/978-1-6432-7034-0
Prizes or Honours
- Science Award - Highly Commended (Women of The Future, 2015)
- Very Early Career Award (Institute of Physics Women in Physics Group, 2010)