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to advancing precision medicine through computational replicas of human physiology and healthcare systems. The department brings together expertise in engineering, medical imaging, computational modelling, and
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The position is funded by the Open Philanthropy grant “Verifiably Robust Conformal Probes”. The project’s goal is to develop methods for latent probing (aka activation monitoring) of large language models (LLMs
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areas we will be recruiting in are: -Field theory and beyond the standard model particle physics, collider phenomenology and LHC physics. -The intersection of particle physics, astrophysics and cosmology
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for publication in peer-reviewed conferences and journals. The research will look at new solution concepts, inspired by the literature on behavioural economics, to model the imperfect rationality of AI agents and
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of genomic predictors into multivariable and machine-learning prediction models for treatment outcome. Working closely with Professors Breen, Eley and collaborators across psychiatric genetics, clinical
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for publication in peer-reviewed conferences and journals. The research will look at new solution concepts, inspired by the literature on behavioural economics, to model the imperfect rationality of AI agents and
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experience or strong interest in machine‑learning approaches for accelerating molecular modelling and the prediction of chemical properties. For informal enquiries, please contact Dr Martin‑Martinez
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of Biomedical Engineering & Imaging Sciences. About The Role The research associate will lead the development of cutting-edge multi-modal MRI foundation models. These models will leverage both imaging data and
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models, alongside human cellular models, which provide an essential platform for us to forward- and back-translate our fundamental research to and from the clinic. About us We are looking for a Research
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to their environment and how in turn their influence health and disease. The successful candidate will combine preclinical models and patient-derived samples to explore the metabolic regulation of macrophages in