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as soon as possible but must be available to start by 1 April 2026 at the latest. This project aims to develop superconducting microwave interconnects and metasurfaces for distributed quantum networks
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manifold learning and Riemannian optimisation to leverage the underlying manifold structure for better training and novel network designs. Low Effective-dimensional Learning Models. We will extend
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biologists, statisticians, software engineers and molecular biologists. You will be embedded within the “Mitigating Gram-negative infections” theme in our Health Protection Research Unit in Healthcare
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, Diagnostics, Vacuum, RF, Power Supplies, Controls); contribute to producing the relevant procedures and high-level software tools in order to achieve the above; actively participate in machine development
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relevant to setting a roadmap for ongoing experiments, as well as recently developed applications of tensor network techniques to large-scale partial differential equations. We are advertising two positions
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essential. Familiarity with immune signalling pathways and previous experience of multi-parameter flow cytometry software are desirable. Due to the nature of the research at the Kennedy Institute
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candidate will lead experimental studies integrating top-down native MS, lipidomics, and ligand screening to define how small molecules and lipids modulate pharmaceutical targets. They will design and execute
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continuous seismic datasets from Costa Rica’s National Seismological Network (Red Sismológica Nacional; RSN) creating enhanced earthquake catalogues that will illuminate subsurface volcanic, tectonic and
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About the role We seek a dynamic and self-motivated individual with expertise in the ‘Global Renaissance’ (defined temporally as c. 1400 to c. 1650) to facilitate research and engagement work in
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offer the greatest opportunity for energy independence and deep decarbonisation (i.e. process heat and hydrogen) to meet net zero targets. Our programme of research, collaboration, and skills development