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Award summary This provides a stipend of £31,805 per year for students who are eligible for Home fee status. 100% Home fees covered. Overview Although nitrogen is essential for all life, most organisms cannot directly utilise the vast reservoir of atmospheric nitrogen gas and instead depend on...
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into alternative innovative technologies which could deliver our chemical processes in a more efficient way (for example, alternative separation technologies) The potential to design “real” systems to deliver energy
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demonstration of a DNA-based stack data structure and recent advances in optimisation for DNA nanotechnology, the project will design, model, implement, and experimentally validate novel molecular data structures
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at a time, with each cycle of design, synthesis and testing taking months. This project will pioneer a faster way to do this: new chemistry methods that let around 100 candidate compounds be made
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new medicine usually means making and testing candidate drug molecules one at a time, with each cycle of design, synthesis and testing taking months. This project will pioneer a faster way to do
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, and manufacturing. By providing empirical evidence rather than purely theoretical assurances, the project will support regulators, system designers, and security engineers in making informed deployment
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move into practice? This project will examine how implementation considerations can be embedded earlier in innovation pathways to inform policy and healthcare decision-making. Although horizon scanning
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, privacy-enhancing technologies, and trustworthy AI: stating requirements precisely, designing methods that meet them, and building prototypes fast enough to use. Applicants should hold, or expect to obtain
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a key challenge in sustainable process engineering: translating microbial electrolysis cell (MEC) technology from lab-scale innovation to robust, industrial deployment. The research will sit at
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design and test enzyme variants, develop biochemical and analytical assays to measure performance, and investigate how combinations of enzymes can work together to maximise plastic depolymerisation