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delta-pair-distribution-function analysis will isolate correlated magnetic and atomic disorder to build a full picture of charge transport in these important materials. The role is a fixed term position
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sensitive optical detection. The group brings together materials chemistry, spin physics and biological experimentation. Current projects explore organic sensing materials and fluorescent nanodiamonds
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About us Professor John Morton’s group at the London Centre for Nanotechnology develops novel methods and devices for spin resonance and quantum sensing, with applications spanning materials science
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About us At the Advanced Biosensing Technology Group , our research interests include the study of chemical and physical properties of advanced materials using nanotechnology and the assembly
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political research. It offers a uniquely stimulating environment for the study of all major fields of politics, as well as public management and public policy. Over 150 people make up the Department
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the UCL project team to make a significant contribution to the first phase of the project led by the UCL team with the following aims: Developing a conceptual and methodological framework
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Engineering or related topic. Working experience and knowledge of nonlinear numerical modelling of structure and infrastructure exposed to multi-hazards conditions Working experience of advanced programming
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Energy Institute aims to help to build a globally sustainable energy system, by bringing to bear multiple disciplinary perspectives to observe, analyse, model and interpret energy use and energy systems
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and recovery. Using cutting-edge engineering biology approaches, ELEMENTAL advances research in mining, urban and industrial waste, helping address environmental challenges and create renewable inputs