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. The project is ideal both for someone about to finish their PhD in ultrafast optics (or similar related fields) or someone who has gained some experience in ultrafast methods in a first postdoc and is seeking
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, currently comprising 16 staff members, over 10 postdocs, and around 20 PhD students. Research in the group includes black-hole and neutron-star physics, gravitational-wave source modelling and data analysis
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, currently comprising 16 staff members, over 10 postdocs, and around 20 PhD students. Research in the group includes black-hole and neutron-star physics, gravitational-wave source modelling and data analysis
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field, this may be a perfect opportunity for you to join the Kohl lab. Our team currently includes three postdocs, four PhD students, three research scientists, and one MSc student. We are committed
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deep learning to extract features from: Public histopathology images and comparing them to OASIS-generated data; OASIS-generated Cell Painting data and using them to investigate single-cell heterogeneity
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of Nottingham, and this post supports the Medical Imaging team based in the School of Medicine. In this post, you will apply advanced imaging methods, including metabolic and physiological magnetic resonance
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-month appointment aimed at supporting the initial stages of the project. The Esposito laboratory at Brunel University of London will integrate new imaging technologies related to FLIM and TPM to disrupt
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of Nottingham, and this post supports the Medical Imaging team based in the School of Medicine. In this post, you will apply advanced imaging methods, including metabolic and physiological magnetic resonance
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. To address this, we have been developing miniature microscopes that by incorporating novel imaging sensors are capable of ultra-high frame rate imaging of the electrical activity of populations of neurons in
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, the applicant will optimise this laser ablation-based imaging technique and apply it to a number of well dated coral cores to provide a novel view of the change in SST and ocean pH over the last 100 to 150 years