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, intra-satellite data transmission and novel medical diagnostics, providing further opportunity for collaboration. The gas dynamics within the hollow regions of these novel fibres are a key factor in their
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. The project is focussed on revolutionary hollow core optical fibres which guide light in air rather than glass. This increases the speed at which information is transmitted by 50%, and these fibres will form a
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physics, biophotonics, optoelectronics or relevant fields. The candidate must have experience in the development of laser medical diagnostic and therapeutic systems, modelling the propagation of optical
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of historical techniques and new/future techniques) that will focus on the estimation of radiation doses to target tissues and organs at risk. This expertise in medical physics and radiotherapy will be combined