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Applications are invited for a postdoctoral researcher developing new families heterogeneous catalysts based on nanostructured supports with controlled surface chemistry and electronic structure
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to disrupt cancer-relevant protein–protein interactions. The project will focus on the design, synthesis, and biological evaluation of structurally constrained peptide macrocycles that access bRo5 chemical
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, contributing to cutting-edge research with relevance to human health. You will support ultra-structural imaging experiments using cryo-imaging techniques such as cryo-SIM and cryo–X-ray tomography, alongside
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evaluate inhibitors targeting mycobacterial proteins. Working closely with chemists, structural biologists, microbiologists and immunologists at Oxford, as well as with external partners, the postholder will
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-molecule inhibitors. The postholder will use structural, biochemical and microbiological data to inform molecule design, generate and test hypotheses, and develop new synthetic methodologies. Alongside
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a PhD in Structural Geology or related discipline, including experience of fracture description and statistical analysis methods. The intended start date is April 2026, or as soon as possible
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the molecular structural dynamics and embedded chiral information in redox-active polycyclic aromatic hydrocarbons influence the emergence of novel photoluminescent properties. While the majority of objectives
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to work within one of, or across, the four research themes: Learning with Structured & Geometric Models, Low Effective-dimensional Learning Models, Implicit Regularization, and Reinforcement Learning
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. Candidates are expected to hold a PhD in Structural Geology or related discipline, including experience of fracture description and statistical analysis methods. The intended start date is April 2026, or as
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agenda for sustainable livestock in Europe. You will also help design and facilitate structured stakeholder/scientific workshops to review and refine these findings. You will be responsible for integrating