17 computational-physics "https:" "https:" "https:" "https:" "Dr" Fellowship research jobs at King's College London
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place. We are delighted to announce exciting new opportunities to join our community. EMBRACE is a visionary, multicomponent international research programme, the first of its kind in the world
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. Fellowships provide a competitive salary and up to £30,000 in research expenses for 18–24 months, enabling fellows to establish a distinctive research programme and prepare competitive applications
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. The Fellow will undertake a research project(s) which impacts diagnosis and management of brain tumour patients. The research project will be supervised by Dr Gerald Finnerty and will be based in
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relationships. Purpose of role is to progress the research programme of ‘JD HMI:CPT’, responsibility is to Dr S M Dobbs. Role includes work with participants, laboratory work, archiving of specimens and data
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THIS VACANCY IS OPEN TO INTERNAL CANDIDATES ONLY About Us We are seeking a highly motivated and experienced researcher to work on the large-scale programme and associated projects of the Data
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, computer science, and the natural sciences to develop the conceptual and mathematical tools needed for the trustworthy deployment of AI agents in science. The project is based at the Egenis Centre for the Study of
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, and with expertise in quantitative and qualitative methods, to develop a training and capacity-building programme and lead research projects working on large datasets. On training and capacity-building
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conferences in areas of machine learning, computer vision, and Large Language Models and high-impact specialist peer reviewed academic journals. • Ability to conduct interdisciplinary research activities
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meshworks are shaped, constrained, and canalized How nuclear integrity is maintained in a developing, beating heart Physical principles of organ scaling and regeneration The role of bioelectricity in
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part of an EPSRC Programme Grant involving 15 co-investigators in a range of disciplines related to development of PET imaging strategies for the development of healthcare nanomaterials for therapeutic