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, neuroimaging, neurophysiology, proteomics, transcriptomics, epigenomics, metabolomics, bioinformatics, cell models and animal models. First in man and Phase 2, 3 and 4 clinical trials are also strongly supported
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experiences in simulation-based experiments in networking research Strong mathematics background for optimization and analytical modelling of complex systems Programming languages including C++/Python and
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Production of outputs, including tables and visualisations, of the analysis Development of a micro-simulation model of participation Contributing to the writing of briefing papers, research summaries and
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computational research into areas of overlapping interest. These may include the translation of classical tensor network codes to run on quantum computers, using cold atom simulators for material simulation
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partners. A good working knowledge of programming tools like MATLAB or Python, and familiarity with aircraft systems modelling, artificial intelligence applications, and simulation tools will be highly
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://www.swais2c.aq/ . For this post the principle tasks will be 1) running simulations using the BISICLES ice sheet model, exploring the thresholds for WAIS retreat and readvance during Pleistocene glacial
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researchers and students. Your role will include designing and conducting experiments, developing theoretical models, and supporting the characterisation of nanophotonic and quantum photonic systems. You will
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collaborating closely with researchers and students. Your role will include designing and conducting experiments, developing theoretical models, and supporting the characterisation of nanophotonic and quantum
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partners. A good working knowledge of programming tools like MATLAB or Python, and familiarity with aircraft systems modelling, artificial intelligence applications, and simulation tools will be highly
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to undertake simulation, data-driven analysis fieldwork, conduct secondary analysis and publish research findings in a variety of outlets both academic and non-academic. To provide support to the Project Lead to