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A position exists, for a Research Assistant/Associate in the Department of Engineering, to work on aperiodic quantum photonic devices. The Research Assistant/Associate will join the Integrated
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. This proposed project will comprise the development and utilisation of advanced characterisation tools based on electron, X-ray and/or photon modalities to understand power losses and instabilities in next
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Vignolini at the Department of Chemistry in the Bio-inspired photonic group. The position will be focused on developing new optical tools to study how different living organisms build symbiotic interactions
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difference. Our portfolio includes companies looking to make an impact by commercialising technologies in sustainable materials, quantum computing, next generation batteries, photonics and optimisation
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develop technologies for an efficient optical interface to a nuclear-spin memory in semiconductor quantum dots, and perform proof-of-concept experiments on storage of spin-photon entanglement. An interface
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companies looking to make an impact by commercialising technologies in sustainable materials, quantum computing, next generation batteries, photonics and optimisation software. The Ventures team plays a vital
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. The successful candidate will work on a research project that will investigate the neural circuit mechanisms of visual learning and attention. The project combines two-photon calcium imaging, electrophysiology and
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for Advanced Photonics and Electronics (CAPE) and Bioelectronics lab at the Department of Engineering at University of Cambridge, Royal Papworth hospital, Alan Turing Institute, and Haleon, who provide guidance