18 web-programmer-developer-"St"-"Washington-University-in-St"-"St" Fellowship positions at University of Leeds
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leading research-intensive Universities? The University of Leeds is recruiting a postdoctoral researcher to characterise and model the evolution of glacial lakes across High Mountain Asia. We are looking
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its investment in a community of fellows, giving colleagues the opportunity to develop and implement projects and establish a culture of high-quality teaching innovation, scholarship and leadership
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the University’s commitment to excellence and innovation in education through its investment in a community of fellows, giving colleagues the opportunity to develop and implement projects and establish a culture of
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developing an AI platform to valorise agri-food waste-streams and improve protein security? We are looking for a Research Fellow in Techno-Economic Modelling for Sustainable Protein Production to join our
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and Aerosols (MAGICA). You will work with Dr Alex Rap, Professor Dan Marsh, Dr Wuhu Feng, and our collaborators from University College London to develop the Community Earth System Model (CESM) contrail
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universities? You will work on the theory and simulation of topological quantum computation using non-Abelian anyons, with a focus on the D(S3) quantum double model. This project develops and validates a minimal
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through understanding and using the solid Earth, including as part of the University’s Climate Plan. You will research, use and build on existing methods to take data about the subsurface (seismic surveys
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on geographic location (space) and invasion stage (time) and do not scale to the complexity of natural environments. This project will form part of an ambitious Future Leaders Fellowship to develop network trait
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Clinical Research Fellow your main duties will include: · Conducting high-quality research contributing to the development of projects, under appropriate supervision and guidance. · Taking responsibility
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process in a disease-relevant model in real time. This involves developing cutting edge in vitro and in vivo models that will enable us to identify new targets and optimise existing treatments