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Field
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skills and experience: Essential criteria BSc (2:1 or above) in Physics or other relevant field - (Grade 5) PhD awarded or near completion in radiobiology, computational modelling, medical physics or other
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Specification PhD degree (or near to completion) in Physics and/with Astrophysics, and experience with high-resolution spectroscopic data analysis and a high level of statistics. Candidates with experience
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depending on available funding. The position comes with an allowance to cover international travel and computing. Person Specification PhD degree (or near to completion) in Physics and/with Astrophysics, and
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partner Ward & Burke. This will require spending part of the project in the offices of Ward & Burke and on site. You will hold a relevant PhD/Dphil or be near completion* together with relevant experience
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industrial design of the coil housing, and a track record of developing custom-built coils for UHF MRI. You must hold a PhD in MRI physics, electrical/electronic engineering or a related subject. Expertise in
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well as to national and international workshops/conferences and to overseas collaborators) as well as computer equipment (laptop). A strong background in mathematical physics and/or algebra is essential, in particular
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predictive capability. You should possess a PhD/DPhil or be near completion* in a relevant subject area. You will have exceptional initiative and the ability to work independently at the highest level
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related subject and normally within eight years of completing a PhD [Physics] or close to submitting a PhD. The ability to foster a respectful working and learning environment and a commitment to equality
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: • Proficient wet lab skills in molecular biology and protein biochemistry • Experience in experimental structural biology, preferably cryo-electron microscopy • Knowledge of membrane protein structure and
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computer simulations of ultrahigh-power laser pulse propagation in hollow waveguides and high-harmonic generation. Your simulations and modelling will contribute to the optimisation of the X-ray generation