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the twentieth- and twenty-first centuries. The appointee will work across several of the Project’s strands of research, focusing on historical and theological analysis of the emergence and evolution of quantum
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bio-upcycling technologies from early-stage development through to industrial application. This post is advertised as full-time (35 hours per week), however, we are open to considering part-time or
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the twentieth- and twenty-first centuries. The appointee will work across several of the Project’s strands of research, focusing on historical and theological analysis of the emergence and evolution of quantum
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committed to the wellbeing and development of its staff. Benefits include: An excellent contributory pension scheme 38 days of annual leave A comprehensive range of childcare services Family leave schemes
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scientists, forming small teams focused on ambitious, ‘blue sky’ research for novel methods development relevant for drug discovery analysis pipelines, trial design and operational efficiency. Led by Professor
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Materials Science (SEMS) at Queen Mary University of London, you will join a dynamic, multidisciplinary team, providing an exceptional environment for career development in 2D materials and sustainable
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scientists, forming small teams focused on ambitious, ‘blue sky’ research for novel methods development relevant for drug discovery analysis pipelines, trial design and operational efficiency. Led by Professor
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analyses of circuit development, and cutting-edge direct RNA sequencing. The successful applicant will work closely with the group leader and other team members, including a research assistant and a PhD
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between multiple organoid models. You will contribute intellectually to the development of the research and help shape the wider research programme. Responsibilities will also include helping with
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women’s, and men’s academy teams, and you will play a central role in supporting the development of this collaborative research ecosystem. You will be expected to work from CPFC training ground offices (BR3