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towns programme, organise and run patient and public involvement events to engage with community members and innovate, contribute to and promote the research, publication and impact focus of the centre in
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Integrating and Predicting Responses of Natural Systems to Disturbances . About you The successful candidate will develop and test new theoretical and computational frameworks linking population and community
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of Pathology, University of Oxford. A key goal of the project is to understand how fungi and bacteria compete in the mammalian gut and use this to identify communities that inhibit the growth and virulence
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will be flexible and ‘can do’ attitude and the ability to communicate at all levels using discretion as required when dealing with confidential matters. Strong IT and written communication skills
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to ground-breaking research that tackles global challenges from advancing sustainability to pioneering healthcare solutions—and join a diverse, inclusive community that champions your wellbeing, development
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high level of accuracy are essential, along with outstanding written and oral communication skills. Familiarity with financial systems such as Oracle Financials would be an advantage. What We Offer Your
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agentic architectures for autonomous scientific reasoning and planning; • AI social scientists, including language-model-based and agent-based simulations for social science domains such as history
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, you’ll contribute to ground-breaking research that tackles global challenges - from advancing sustainability to pioneering healthcare solutions - and join a diverse, inclusive community that champions your
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some independence in conducting your work. You will be part of a thriving community of researchers working in related subject areas. You will design and conduct research into human behaviour (habits
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knowledge to drive forward our pioneering in situ irradiation experiments. The role requires a relevant PhD(DPhil), excellent communication skills and an interest in performing state-of-the-art experiments