36 developer-"https:"-"https:"-"https:"-"IBE-CNR" PhD positions at The University of Manchester
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of therapeutic cells or biomolecular cargo, and We further propose that by understanding and tuning the fluorescence mechanisms of C-dots, we can develop reliable nanosensors for real-time bioanalytical readouts
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features such as curvature, branching, bifurcations, narrowing, and local dilations. This PhD project aims to develop a ‘haemodynamic fingerprinting’ framework that systematically links arterial geometry
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not originally designed to manage large numbers of flexible and decentralised energy resources. This PhD project will develop new AI-driven methods for operating smart distribution networks so that
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, and local dilations. This PhD project aims to develop a ‘haemodynamic fingerprinting’ framework that systematically links arterial geometry → blood flow patterns → atherogenic risk, without relying
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developing better models for fragmentation of metals that include a consideration of the structure at the micro-scale, linking this to fragment formation at the macro-level. This will build on work in crystal
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turbulence, and use this knowledge to identify control strategies through deep reinforcement learning. The methods developed in this project will directly contribute to designing novel porous media