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developing cutting-edge computer vision and deep learning aimed at optimising inspection and monitoring of infrastructure. Applying these advanced technologies to real-world infrastructure challenges through
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atmosphere. The traditional sponge materials for this process have issues including poor long-term stability and/or the need for very high temperatures (up to 900 ºC) to regenerate the sponges for reuse
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, increasing energy absorption - an essential feature for aerospace applications. This project aims to deepen the understanding of how alloy composition influences properties and processability in solute-lean
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the Structural Materials Group to deepen the metallurgical understanding of RHEAs and develop alloys suitable for real-world applications. The research will involve alloy fabrication, processing, characterization
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working across aerospace, automotive, energy, defence, and biomedical sectors. Our expertise includes alloy design, microstructure-property relationships, phase transformations, and advanced materials
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already) and apply online. Informal inquiries can be made by contacting Dr Joni Teräväinen at jt945@cam.ac.uk . For queries relating to the application process, please email LF45669@maths.cam.ac.uk . Please
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, dedicated to understanding the structure, processes, and habitability of exoplanets. Our research is highly interdisciplinary, combining the expertise and methodologies of the Earth and Planetary Sciences
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which will be fabricated by a partner. Novel solutions will be required to allow the modulation of the optical signal to be able to compensate for imperfections in the mirco-ring sensors to enable
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their skills to pursue functional studies of new obesity genes (especially related to endocytosis and cell signalling). We use GWAS and genetic approaches to identify novel genes responsible for obesity and
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knowledge in statistical methodology and theory. Informal inquiries can be made by contacting Professor Richard Samworth at rjs57@cam.ac.uk For queries regarding the application process, please email LF45003