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programme focused on applying AI‑driven analysis to in situ advanced microscopy of fibre‑based materials. The project aims to develop and deploy machine learning tools that extract real‑time structural and
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, microbiologists and immunologists at Oxford, as well as with external partners, the postholder will contribute to hypothesis-driven research, data analysis and assay development within an integrated drug discovery
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candidate will join the Systems & Software Security Lab (S3Lab) at Royal Holloway, a dynamic research group comprising 3 academics, 7 PhD students, and 1 postdoc, working on cutting-edge problems in software
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industrial partner WLL. Experience conducting quantitative research including fracture data collection, management, and analysis is essential. Excellent initiative, flexibility in work style, communication
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microscope, single molecule TIRF microscopy and analysis of RNA-protein interactions by techniques including FRET. Length of advert - 2 weeks About you You will hold a high‑quality first degree and PhD in
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approaches to reducing HFSS consumption influence UPF intake. You will conduct quantitative analysis of existing data to explore the equity and effectiveness of diverse population interventions on UPF
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and interpreting existing sustainability assessment outputs, and for the analysis and publication of data on innovative livestock practices. Across these activities you will prepare findings for peer
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, we are looking for candidates to have the following skills and experience: Essential criteria PhD in relevant subject area * Experience in working with bioimaging and other spatial data, including
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research interests. A copy of the doctoral degree certificate (PhD). Reference letters (or the contact details of referees willing to provide confidential references upon request). For further information
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applications of the model in research fields that we already cover (e.g., analysis of ice core data; transport of heat, water, greenhouse gases, radionuclides or air pollutants in the atmosphere; inverse