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with mass-manufacturable electronics to directly interface and control them. In general, many quantum technologies are reaching the breakeven point in terms of maturity: it is time for this technology to
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The control of plant productivity and development by chloroplast signals
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, bioresorbable and highly biocompatible polymers, produced using bacterial fermentation. The bioprocess used for the production is normally a fed batch fermentation. The Postdoctoral Research Associate will be
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accepted all year round Details Mitochondria-lysosome contact sites (MLCSs) are dynamic inter-organelle interfaces crucial for cellular homeostasis, facilitating metabolic exchange, organelle quality control
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Overview Accurate modelling of the solar atmosphere is essential for understanding the energy flow and accumulation that underpin the heating of the solar chromosphere and corona, and for uncovering
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of staffing (recruitment, contract maintenance/amendments), procurement, preparation of management information, organisation of events and dissemination of research outputs. You will work closely with Faculty
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fabrication. You will develop epitaxy techniques for major innovations, including site-control of quantum dots, selective area growth, hybrid metal-semiconductor structures, and new types of mixed materials
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Funded Students Worldwide Prof Kalina Bontcheva, Dr Xingyi Song, Dr Priya Narula Application Deadline: 06 August 2025 Details The main aim of the project is to develop and evaluate a user-led clinically
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of digitally controlled wide-bandgap power electronic systems such power factor correctors and high voltage inverters to improve X-ray generator performance. The candidate will lead this project, liaising with
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accepted all year round Details The tumour microenvironment (TME) plays a pivotal role in controlling cancer progression and response to therapy. A key component of the TME is the extracellular matrix (ECM