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to the large pressure drop, and ensuring that the flow velocities are high enough to avoid laminar flow. The work would explore winding techniques for creating coils from drawn copper spools while maintaining
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bioinformatic analysis of big data, for a truly integrated approach to investigate the role of type I IFNs in bacterial infections. You will combine: Testing host-pathogen interactions in human macrophages and
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will also involve processing and analysing large datasets, so the candidate must equally enjoy computer-based work and have (or be willing to gain) expertise in R programming and statistics. You will
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laboratories, the people who need the information most cannot obtain timely and reliable measurements at the source. This limits spatial coverage and reduces the density of data that can be collected, making it
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Experience in developing software to a high standard using a range of computer languages and tools, ideally for applications involving the modelling, simulation and analysis of the large, complex and dynamic
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. The key question is whether these highly collimated magnetised plasma jets are indeed able to supply the measured mass flux of the solar wind. Their big cousins, macrospicules, were discovered more recently
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some mandates, long-only weights. A large body of work formulates index tracking as an optimisation problem with convex losses and penalties, or as mixed-integer programs that directly control support
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infrastructure enablers to all our staff and students. This large and highly innovative department is undergoing a significant amount of change as it establishes itself as a key enterprise IT partner that works
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the physical laws governing blood motion. Unlike conventional AI, which depends solely on data, PINNs embed physiological principles such as pressure–flow relationships and mass conservation, producing
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areas as well as equip you with core data analysis and professional skills that are necessary for bioscience research and related non-academic careers. https://www.yorkshirebiosciencedtp.ac.uk Project