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a fundamental structural discovery programme targeting novel architectures and how to control structural transformations between them, in addition to exploring exciting new functional applications
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Nottingham Quantum Institute (NQI). You will have a PhD in Cold atoms and quantum science (or close to completion), and will have experience with cold and ultracold atom systems, experiment control and set
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a core member of a team researching power electronic converter design, control, construction and testing of power electronic converters in high power applications. The role will be responsible
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multi-institutional effort to create the world’s first real-time system for detecting and controlling airborne pathogens in buildings. You will work within Technical Area 2 (Respiratory Risk Assessment
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unit and individual and collaborative research in the area of Power Electronic, Machine and Control. The role holder will be expected to conduct and lead high-caliber, impactful research at the forefront
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information, to form relationships for future collaborations and identify potential sources of funds and/or opportunities for collaboration. About You The candidate must have obtained a PhD degree within 3
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support nowcasting (for enhanced situational awareness), forecasting (to assess plausible outcomes in a business-as-usual scenario), the evaluation of control measures, and formal cost-effectiveness
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underpins the world’s first international standard for controlling infectious aerosols in buildings (ASHRAE Standard 241). Applicants should hold (or be near completion of) a PhD in Public Health