New article explains how Dr Bugby's work (and the space technology it was built on) has contributed to new technology in nuclear decommissioning

A galaxy

X-ray astronomy is used to understand how our universe was formed.

Dr Mark Rosser (Serac Imaging Systems Ltd.) writes for Nuclear Engineering International. His article explores how portable gamma imaging has been developed starting from technologies used in NASA's Chandra X-ray telescope, to nuclear medicine for bedside imaging, and now to the nuclear industry. 

One of the most notable aspects of our work in portable gamma imaging is how it illustrates the importance of big science, collaboration and translation. 

Technology initially developed for X-ray astronomy - a field that has traditionally been thought of as 'blue-sky' science without direct societal applications - has, through interdisciplinary collaboration between researchers at the University of Leicester and the University of Nottingham, evolved into a prototype gamma camera for use in nuclear medicine. This technology was subsequently licensed to Serac Imaging Systems Ltd., whose Seracam gamma-optical camera is now in clinical testing across the world.

Further cross-sector collaboration, led by Dr. Sarah Bugby in partnership with Sellafield Ltd., has demonstrated that the same technology could also play a role in nuclear decommissioning - contributing to the clean-up of the UK’s legacy nuclear estate for future generations.

We now look forward to continuing to work alongside Serac Imaging Systems Ltd. as they explore this promising new application.