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key role in developing and producing advanced optoelectronic devices for applications such as quantum technologies, integrated optical sensors, and laser optics. In this EPSRC-funded project, you will
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Interest We welcome applications from all disciplines aligned with one of the strategic research priorities below: Clean Technologies: Net zero innovation, sustainable energy, circular economy Life Sciences
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considered on a pro-rata basis. You will have access to mentoring, career development and networking across the University and beyond. The successful candidate will work under the supervision of Dr Dawn-Marie
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in distributed database systems, information retrieval, computer networking or semantic web. The post does not involve working outside of the UK for over 30 days in a row or over 90 days in a year. For
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Scalable Quantum Devices for the Future Quantum Internet. We seek an outstanding experimental physicist to join the Hybrid Quantum Networks Lab (HQNL ) as part of the UK’s Integrated Quantum
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activities. You will be based within ECCD at the University’s Boldrewood Innovation Campus, and you will be embedded within a professional network of academics and researchers addressing the energy studies
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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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, you will collaborate with Inha University and have access to a broad network of academic partners, including Imperial College London, University of Oxford, University of Bristol, and University
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, information retrieval, computer networking or semantic web. The post does not involve working outside of the UK for over 30 days in a row or over 90 days in a year. For further information please contact
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. This project is part of the RIIO-2 Network Innovation Allowance (NIA), to work on innovative solutions to challenges the electrical transmission system faces. NIA projects enable the energy transition or support