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over 420 million years ago was found. The chemical and structural drivers of PyC’s long-term stability are not yet fully understood. Unravelling those features is key to designing engineered carbon
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will be based at the University of Cambridge in the Department of Materials Science and Metallurgy as part of the Structural Materials Group. The Structural Materials Group is a diverse and dynamic
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: The PhD studentship will be based at the University of Cambridge in the Department of Materials Science and Metallurgy as part of the Structural Materials Group. The Structural Materials Group is a diverse
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the structure and robustness of the ecological networks supporting reef fish communities at different positions along depth, latitude, and longitude gradients; challenging these networks under hypothesized future
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imaging and flame structure analysis in carbon-synthesis flames Measure elemental concentration of alkali metals in carbon-synthesis flames by means of laser-induced breakdown spectroscopy (LIBS
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will exploit the multimodal neuroimaging, brain stimulation, cognitive and behavioural assessment capability at BRIC and the hyperbaric chambers at DDRC to investigate the structural, functional, and
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depth-related plasticity in the physiology and behaviour of mesophotic reef fish. Identifying depth-related changes in the structure and robustness of the ecological networks supporting reef fish
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to complex geometries, and run in real time for digital-twin monitoring. This project will develop physics-informed Fourier Neural Operators (FNOs) for thermal NDE of curved and layered composite structures
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-like structure. These mysterious signature properties are ubiquitous across science and engineering, with examples ranging from optical fibres to novel formulations of pharmaceutical drugs and beyond
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exotic crystalline structures that remain poorly understood despite extensive experimental investigations. This project combines cutting-edge sampling techniques with developing machine-learned potentials