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Overview We have an exciting opportunity at the University of Sheffield, School of Law for an inspiring teacher of law to join a dynamic group of scholars in law and criminology. We are looking
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successful candidate will be joining a team of multidisciplinary researchers at The University of Sheffield to develop research and innovation for decarbonisation. The successful applicant will join the
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might lead to the development of novel anti-cancer therapies. Preliminary data indicate that the degradation of ECM by cathepsin proteases is required for ECM internalisation. The overall aim
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controlling nucleotide synthesis Overall, this project will shed new light on how cell cycle progression is regulated, potentially identify novel therapeutic targets for the development of anti-cancer therapies
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the development and refinement of Monte Carlo simulation generators to accurately model neutrino interactions with various target materials. Detailed comparisons of these simulations to data from existing neutrino
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Optimisation of powder processing routes for plutonium disposition: impacts of milling and additives
understanding of zirconolite fabricability, which has direct implications to Pu disposition effort. For this project you will be based at the University of Sheffield within the Immobilisation Science Laboratory
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Royal Society-funded project to investigate symplectic topology and its interaction with low dimensional topology, mirror symmetry, and geometric representation theory. The University of Sheffield (UK
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/postgraduate/phd/scholarships/doctoral-loans Graduates from the University of Sheffield can also take advantage of a discount on tuition fee: https://www.sheffield.ac.uk/postgraduate/alumni-rewards View
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, based in the UK at the University of Sheffield. You will have the opportunity to develop and trial novel multispecies research methods. By joining wider research groupings at the institution, most notably
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Universities of Sheffield and Bath. The CDT is further supported by contributions from industrial partners. Bringing these leading universities together allows CDT-GIF students access to a wide range of academic