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involve the the design and synthesis of new covalent fragment screening libraries incorporating novel hydrophobic warheads using a Fraglite design approach This covalent fragment set will be designed
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Award summary 100% fees covered (Home), and a minimum tax-free annual living allowance of £20,780 (2025/26 UKRI rate). Overview The project aims to design and optimise new warheads
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increased completion time, training loss, energy consumption and reliability. To tackle communication overhead in FL and SFL, we will focus on designing protocols that minimize data exchange between devices
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, an interest in biomedical research, and the ability to work independently are essential. Prior experience/knowledge in Electromagnetism, COMSOL, microfabrication, and PCB design are desirable but not essential
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behaviour and system efficiency. Uncertainty is inherent in the design of subsurface energy technologies, particularly during early-stage development when data may be sparse, incomplete, or inaccessible
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to open new therapeutic avenues for undruggable targets but is currently limited by a lack of novel warheads and screening libraries. This project will involve the the design and synthesis of new covalent
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to electrochemically derived hydrogen to methanol production, yet with promising potential for disruptive market innovation to regenerate the energy-intensive drying steps typically required for wet biomass sources
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for all. This PhD project aims to develop, physics-informed surrogate models to support the design and optimisation of deep geothermal energy systems under subsurface uncertainty. Focusing initially
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external control. Autonomous agents that can perceive, reason, plan, act, and learn, together with self-configuring, self-healing, and self-optimising behaviours, provide the foundational principles
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the frameworks necessary to continuously verify AI safety in operational contexts, leaving systems vulnerable to unpredicted behaviors. The proposed framework provides a comprehensive solution by designing