14 high-performance-quantum-computing "https:" "https:" Fellowship positions at King's College London
Sort by
Refine Your Search
-
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
-
. 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
-
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
-
, 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
-
. The post will contribute to the development and evaluation of trustworthy AI approaches that support high-quality clinical documentation and safer decision-making in dental care. You will help deliver co
-
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
-
to the latest neuroimaging technique, with epidemiology and the social sciences. About the role The Research Fellow will develop and deliver high-quality research by formulating research objectives, designing
-
-faculty institution, providing high-quality teaching, research and innovation across the sciences, humanities, medicine, law, dentistry, and social sciences. As a member of the Russell Group
-
), based within the Department of War Studies at King’s College London, is seeking a Research Fellow for its new Net Assessment Programme. They will be engaged on a new multi-year research project funded by
-
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