29 high-performance-quantum-computing Postdoctoral positions at University of Liverpool
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will be building and validating numerical models describing the interaction between an optical plasma, generated by a high intensity laser, and the solution where the breakdown occurs. This involves
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distortions in the presence of a shallow crustal hydrothermal system at a model caldera volcano. The model will use the phase field approach and be implemented in Alya, the parallel multi-physics Computation
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, transcriptomics, and proteomics. - Perform computational analysis of high-dimensional datasets, integrating multi-omic data where appropriate. - Interpret findings in a broader biological and
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A postdoctoral research associate is sought to develop high¿throughput platforms for rapid optimisation of low¿temperature electrolysers. Electrolysers offer a route to produce vital feedstocks
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of monolithic High Voltage CMOS sensor chips for operation in high-rate and high-radiation environments; Design and qualification of off-chip electronics; Commissioning and operation of precision assembly
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apparatus and diagnostic methods to explore the interaction between an optical plasma, generated by a high intensity laser pulse, and a liquid where the breakdown occurs. This will involve constructing a
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on glacier behaviour, including extreme events. For this work you should be familiar with image (pre-)processing techniques to obtain high quality quantitative data from time lapse imagery. This may include
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design, and help predict failure mechanisms during LAT production. There is also scope to develop coarse-grained computer simulations (e.g. dissipative particle dynamics) to expand the chemical and
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ecological models using the Oceananigans.jl infrastructure. This is an exciting opportunity to be part of an international collaboration (the Simons Foundation funded Computational Biology in Marine EcoSystems
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Assessment (HTA) Programme. This post will be based in the Department of Primary Care and Mental Health within the Global Mental Health Research Group and the Liverpool Review and Implementation Group (LRIG