Harnessing the energy held in nuclear isomers may lead to revolutionary development of energy-storage capacity and future power needs. However, this requires precise knowledge of the complex network of excited states and decay mechanisms that exist within the nucleus. This project enables study of the internal nuclear structure of prime candidates for this potential ultra-high-density energy source, and may provide the roadmap by which this capability is made accessible.

Students working on this project will become part of an active program involving international collaborators. We are exploring several lines of resarch into the processes that could be used to stimulate the relaxation of an isomer on demand. A typical student would be based around designing and performing experiments with the 14UD particle accelerator, data analysis and interpretation of the results. Our students are also encouraged to contribute to the local research activities at the Heavy Ion Accelerator Facility. Projects can easily be tailored to suit the student’s level of experience, interests, and desired learning outcomes. We are happy to answer any questions you might have, and we’re keen to welcome new students into our research group.

No specific background knowledge is required, the best way to learn is by ‘doing’. This project will suit students who are curious about nuclear physics and enjoy solving puzzles.