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. The Materials for eXtremes (M4X) research group (https://more.bham.ac.uk/M4X/ ) investigates new alloys for extreme environments from fusion & fission reactors, to aerospace gas turbines and concentrated solar
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design, signal processing, and experimental validation of distributed SAR for airborne platforms. The core aim is to design, analyse, and experimentally evaluate distributed SAR architectures for airborne
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This PhD project aims to computationally design improved transparent oxide scintillators for X-ray detection applications. New materials are needed for X-ray detectors because existing detector
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the fundamental electromagnetic mechanisms and understand how anomalous effects may be exploited to design compact and low-cost antennas in RF/Microwave bands. The work will entail fundamental theoretical studies
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join the world-leading Advanced Nano Materials, Structures and Applications (ANMSA) Group, a hub for innovation in the development of novel micro- and nanostructures and miniaturized diagnostic
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complex geometries and compact designs, but these same advantages make them exceptionally difficult to recycle. The magnetic powder is tightly encapsulated within a highly resistant polymer matrix, and if
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processes are compatible with evolving designs, noting that there is growing waste volume from rejected new PV modules. This project can involve characterisation of starting silicon materials (e.g
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overlooked. Austenitic steels, though high in nickel content and not designed to be ‘reduced-activation’, will be necessary for structural components in low-temperature regions of the breeder blanket, such as
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how large language models can generate goal-oriented robotic programs from natural language task descriptions and contextual information. Developing agentic AI architectures that allow robots to plan
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Are you passionate about the reduction of aircraft noise? Do you want to contribute to cutting-edge research that will lead to silent airfoil design? Applications are invited for a 3.5-year UK PhD