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PhD studentship in Computational Chemistry – Training force fields for computer-aided drug design with machine learning. Award Summary 100% fees covered, and a minimum tax-free annual living
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. To effectively plan for water supply resilience, it is essential to robustly model future changes in hydrological systems. This project will develop a robust modelling framework to simulate future changes in water
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management (e.g., hospitalisation, medications, laboratory testing, and monitoring), point-of-care monitoring has the potential to significantly reduce inpatient time, alleviate pressure on the NHS, and lead
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develop expertise in electrochemical biosensor design and development, progressing the technology toward clinical readiness. You will help strengthen the UK’s leadership in point-of-care diagnostics
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to fall short of meeting future demands, with supply-demand deficits becoming widespread by the 2050s. To effectively plan for water supply resilience, it is essential to robustly model future changes in
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. Overview Engineered biochar – a durable solid form of carbon originating from the partial combustion of organic matter that can be added to soils – is rapidly gaining attention as a scalable carbon dioxide
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products play a vital role by enabling cleaning at lower temperatures and with less water. A key component in these products are polymer additives, which enhance cleaning performance by aiding in soil
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much attention has focused on flood overtopping, drought can degrade levees by drying out soils, causing shrinkage, cracking, and weakening of protective grass cover, ultimately reducing their resilience
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intensifying droughts and extreme rainfall in the UK, posing new challenges for the country’s extensive network of flood defence levees. While much attention has focused on flood overtopping, drought can degrade
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Design and evaluation of multi-functional Blue Green Infrastructure under climate change Award Summary Fully funded Studentship: fees, annual living allowance (£20,835), training support grant