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Field
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mechanisms underlying protein–RNA interactions and their regulation. We combine structural, biophysical, cellular and computational approaches to understand how RNA-binding proteins recognise their partners
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datasets, you will develop innovative methods and open-source software to accelerate meaningful impact for growers. Join TEAM-AI to translate cutting-edge analytics into practical solutions for global food
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large-scale genomic, phenotypic, environmental, and field trial datasets, you will benchmark AI and quantitative genetics methods, develop multimodal and hybrid modelling frameworks, and investigate
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broader cosmology group at Oxford, who combine expertise on a wide variety of topics in theoretical, observational, and numerical cosmology and astrophysics. The successful candidate will be required
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chemical phenomena using contemporary computational and theoretical methods. We employ and extend ab initio quantum chemistry to understand and predict structure and reactivity in the ground and electronic
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cellulose oligomers that have surfactant-like properties. There have many recent attempts to synthesize cellulose analogues in the laboratory, through self-assembly methods using enzymatic produced oligomeric
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: SERIOUS3D):Object oriented research methods in the light of Historic Building Information Modelling and Linked Open Data Technologies’, a project funded by the AHRC and DFG. The postholder will work on the
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-of-the-art computational methods to investigate the genetic mechanisms underlying neurodevelopment and neurological disorders by integrating single-cell genomic and multi-omic datasets. You will work as part
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, homogenisation and numerics to develop, analyse and solve models of the coupled electrochemistry, mechanics and heat flow that determine the behaviour of batteries. The main focus of the research
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across neurological diseases. The CPN is recognised as an outstanding environment for early career researchers. We offer a programme of regular seminars, journal clubs, presentation opportunities, methods