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innovative EU-funded project at the intersection of polymer chemistry, computational modelling, and machine learning. The primary role is to develop a complete in silico framework to accelerate the discovery
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to understand how striated muscle is regulated during health, disease and stress-response contexts. The successful candidate will lead computational lab analysis work across multiple projects, largely focussing
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, disease and stress-response contexts. The successful candidate will lead computational lab analysis work across multiple projects, largely focussing on the perturbation of skeletal muscle cells (myofibres
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This is an exciting opportunity to help shape the direction of a new research group, and supervise PhDs and Masters’ students. We are looking for an independent postdoc who wants to explore both
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Location: South Parks Road This is an exciting opportunity to help shape the direction of a new research group, and supervise PhDs and Masters’ students. We are looking for an independent postdoc
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research and administrative activities, including small-scale project management; undertake high-quality in vivo neuroscience research investigating the neural mechanisms of behavioural flexibility, using
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science, nonlinear optics, sensing, advanced imaging techniques and numerical modelling. About the role A successful candidate will join the EPSRC funded project “Catalysis meets plasmonics: New
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innovative EU-funded project at the intersection of polymer chemistry, computational modelling, and machine learning. The primary role is to develop a complete in silico framework to accelerate the discovery
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possibility for extension. The project involves synthetic organic and physical chemistry and is funded by the European Research Council. About you Applicants must hold a PhD in Chemistry (or be close to
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manage your own academic research and administrative activities, including small-scale project management; undertake high-quality in vivo neuroscience research investigating the neural mechanisms