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. This is an exciting opportunity to contribute to cutting-edge research in the development of plasma electrification technology for the sustainable production of fuels and chemicals, including CO2 conversion
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able to organise their own work with minimal supervision, and also prioritise work to meet deadlines. Most importantly, they have fun toying around with formal structures and pushing algorithmic ideas
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to superionic lithium transport, using the full range of modern digital tools to accelerate their experimental discovery work. Expertise in the discovery of new inorganic materials and their structure
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with the service co-directors (Professor. Arribas-Bel and Franklin), the rest of academic co-investigators, research software engineers and professional support, and will be part of the Geographic Data