9 electromagnetic-mode-profile-shaping Fellowship positions at UNIVERSITY OF SOUTHAMPTON
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or more of: the use of micro/nanofabrication and materials characterization tools; computational multi-physics/electromagnetics modelling and/or the application of machine learning algorithms; experimental
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We seek a Research Fellow with a proven publication record to develop resistivity models from marine controlled source electromagnetic (CSEM) data to be acquired in February-March 2026 and to
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We seek a Research Fellow with a proven publication record to develop resistivity models from marine controlled source electromagnetic (CSEM) data to be acquired in February-March 2026 and to
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Are you passionate about sustainable aerospace innovations? Join our team to help shape the future of circularity in electric aircraft manufacturing, working directly with industry leaders. About
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Empowering Global Research Leaders to Shape the Future of UK Innovation The University of Southampton is proud to be one of a select group of UK institutions chosen to host an award under the Global
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techniques to form the world's lowest loss integrated ring resonators. This role will focus on the fabrication and material characterisation of the waveguides, but will also involve waveguide design, optical
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Townsend, and gain exposure to a national network of academic and industry experts shaping the future of smart shipping and maritime decarbonisation. As a university, we are committed to creating
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have to recover?” A question within interactive technology of course is how does technology embody the interests that inform the shape of work, and what normalises those practices, not unusually
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academia on structure-property relations and ageing behaviour of 3D-printed solid materials suitable for high voltage applications. Materials manufactured this way have no track-record when it comes to long