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interdisciplinary project. You will be joining a dynamic and supportive research environment that actively encourages innovation and collaboration, with full support for hybrid and flexible working arrangements
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route towards feedback-enabled research, diagnostic and therapeutic procedures. You will define performance requirements and decision criteria, design and iterate nanoneedle architectures, and establish
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experiment is the next-generation detector, and the Oxford group is working on the fieldcage design. The successful candidate analyse data from the LZ experiment and will work on the design of the the XLZD
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. The XLZD experiment is the next-generation detector, and the Oxford group is working on the fieldcage design. The successful candidate analyse data from the LZ experiment and will work on the design of
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computational design and in vitro experiments, the team has developed multiple in silico and in vitro methods to design novel antibodies and nanobodies as diagnostic or therapeutic agents and research tools. In
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data-taking and analysis in search for dark matter and other new physics signals. The XLZD experiment is the next-generation detector, and the Oxford group is working on the fieldcage design. The
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data-taking and analysis in search for dark matter and other new physics signals. The XLZD experiment is the next-generation detector, and the Oxford group is working on the fieldcage design. The
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with approximately seventy staff and research students. CfAI's mission is to design and develop novel instrumentation based on cutting edge technologies. CfAI develops state-of-the-art ground and space
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Award . Role This position is part of a new Advanced Research + Invention Agency-funded project, subject to contract negotiations, part of the Accelerating Adaptation programme (see https://aria.org.uk
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to principal investigators. You will plan, design and deliver strategic development opportunities for research staff across the University, working to agreed priorities that have the research staff experience