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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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for publication, and present their results at research conferences. Their work may involve superconducting microwave circuit design and simulation, theatrical analysis of classical and quantum circuits, development
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, Electromagnetics and Microwave field and ability to summarise findings and recommendations. You should have knowledge in a wide range of radio frequencies, microwave and antenna measurement techniques and solid
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divided into two sub-groups, one focussing on transport and microwave studies, the other one specialised on time-resolved optical/THz studies. You will apply THz time domain spectroscopy to study non
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divided into two sub-groups, one focusing on transport and microwave studies, the other one specialised on time-resolved optical/THz studies. We are now advertising for a position on superconducting
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system. The role will prepare the advanced use of observations from the Copernicus Imaging Microwave Radiometer (CIMR), planned to be launched by the European Space Agency (ESA) in 2029. CIMR will provide
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Development team and to help PDRAs and PhD students in the group to develop ultra-sensitive superconducting quantum devices operating in cryogenic environment using multiple high-end microwave/millimetre/sub
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-, or environmental sciences, will be highly valuable. The following will constitute a distinct advantage: Knowledge of electronic, sensor, RF and microwave circuit design and familiarity with test and measurement
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of such magnets, both uniform and propagating spin-wave modes. The researcher on this post will perform cutting edge microwave measurements with local experts and analyse the obtained data to interpret underlying
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to the key infrastructural challenges from the construction industry both in the UK and overseas in a project entitled ‘Digital Industrial-Scale Microwave system for energy-efficient and low-carbon precast