24 postdoc-in-high-voltage-engineering Postdoctoral positions at University of Cambridge
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to understanding the origins and progression of paediatric brain tumours and developing new therapeutic strategies. The lab combines genetic engineering, molecular biology, and translational research to investigate
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will be expected to work on estimating dynamic models of medical spending and savings and is expected to publish in high-impact academic journals, and to contribute to the collegial and intellectual life
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challenging analyses, overcoming statistical problems, producing high-quality visualisations and outputs, and delivering reproducible analysis scripts. You also need a strong track record of delivering high
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. You will join a group currently comprised of an interdisciplinary mix of chemists, physicists, mathematicians and engineers. The group seeks to carry out world-class science through a strong emphasis on
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candidate will work with Professor Guilio Del Zanna on producing advanced atomic models. This post offers an excellent opportunity to contribute to a high-profile project focused on the development
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A position exists for a Post Doctoral Research Associate in the Department of Applied Mathematics and Theoretical Physics, funded by the High Energy Physics group's STFC Consolidated grant
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sophisticated conceptual problems relevant to the project. Applicants will ideally demonstrate a high level of competence in relevant languages, where appropriate. Previous experience of scholarship within a
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demonstrate a high level of competence in relevant languages, where appropriate. Previous experience of scholarship within a discipline and chronological period encompassed by the project is essential
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connectome, with a focus on the chemosensory circuits involved in human host-seeking. The principal focus will be on the high level proofreading, annotation and analysis of connectomics data. This will include
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to ionising radiation and clinically relevant drugs. A strong focus of this research is to study the specific functions of key DNA repair enzymes in high detail, how they function as a network to facilitate