85 high-performance-computing-postdoc research jobs at University of Cambridge in United Kingdom
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; Chemistry; Computer Science; Ecology; Engineering; Environmental Sciences; Mathematics/Mathematical Sciences; Medicine; Natural Sciences; Physics; Psychology; Veterinary Sciences. This Fellowship is intended
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. Experience in designing or analysing correspondence studies, geospatial methods, or ethical data sharing infrastructures is highly desirable. The Fellow should demonstrate potential for producing high-quality
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/or machine learning methods, and an interest in applying these tools to urban and housing policy questions. The Fellow should demonstrate potential for producing high-quality research and a strong
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. This involves a range of tasks, including preparing media and reagents, maintaining cell lines, performing cell culture techniques like passaging and plating, and analysing cell health and viability. They will
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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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to younger and older adults. In addition, the post-holder will help with organising lab administration. Previous experience with neuropsychological testing and strong computer skills (e.g., MS Office, R
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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
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to probe glycoRNA in cells, and to exploit the roles of glycoRNA in cancer. The successful candidate will perform bioorthogonal chemistry to apply in the context of glycoRNA probing. This will consist