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of green hydrogen. Led by Loughborough University and partnered with Cranfield and Strathclyde universities with the insights and knowledge of over 60 industrial and civil partners, the CDT will provide a
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The project is related to the development of a powerful microwave source, able to operate over an extremely wide frequency range (kHz to 10s of GHz). Preliminary work at Loughborough University has
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Shape, topology and chemistry of materials and structures are the ingredients to achieve multifunctionality. Combining mechanical and thermal, or permeability and bio-instructive properties in
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University and will involve collaboration with colleagues at the University of Bath, Loughborough University, Penn State University, the University of Waterloo and the New Jersey Institute of Technology. The
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high-performance nanocrystalline materials for a range of advanced engineering applications. Motivation Direct solid-state conversion of low-cost materials into high-value high-performance products is a
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liquids so that we can predictively redesign both the protein landscape and target new and renewably sourced ionic liquids for applications ranging from biosensors and 3D-printed materials to healthcare