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including quantum cryptography and quantum computing. This PhD project will develop an ultra-efficient platform to generate on-demand entangled photons for the future of quantum technologies. We are looking
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to develop novel experimental techniques and advanced numerical models to address this gap, focusing on the multiaxial behaviour at varying strain rates. Through interdisciplinary approach, this project seeks
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range of paid teaching activities for which training is provided. In this project the successful candidate will join our research group to work on quantum-mechanical modelling of a range problems from
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and require labelling with fluorescent dyes, which may alter the cell's properties or introduce artefacts. You will develop a 3D Imaging Flow Cytometer, including hardware (fast-imaging, optics and
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with increasingly intense rainfall, focussing on soil erosion and flood risk. The project is original because it will use specific case-studies to develop a new methodology and create knowledge about the
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attribution requires extensive cooperation across networks however, it is often impeded by uncooperative intermediaries. Specifically, this project aims to develop methods and tools to address the challenges
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attribution requires extensive cooperation across networks however, it is often impeded by uncooperative intermediaries. Specifically, this project aims to develop methods and tools to address the challenges
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Flood Futures (FLOOD-CDT) will train the next generation of research practitioners who will make a tangible difference to future flood management in the UK and internationally. Our goal is to provide a
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Flood Futures (FLOOD-CDT) will train the next generation of research practitioners who will make a tangible difference to future flood management in the UK and internationally. Our goal is to provide a
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Flood Futures (FLOOD-CDT) will train the next generation of research practitioners who will make a tangible difference to future flood management in the UK and internationally. Our goal is to provide a