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Lanterna in the School of Chemistry, University of Nottingham. The project focuses on Mapping Photocatalysts using Tandem Super-resolution Electron Microscopy and Spectroscopy in collaboration with
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, Birmingham, West Midlands, B15 2TT, GB (R15 on Campus Map), Birmingham, West Midlands, B15 2TT, GB
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. The research will involve liaising with relevant archives to conduct research, preparing and digitising appropriate material, mapping and analyse sources across different historical timeframes and assisting in
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. The research will involve liaising with relevant archives to conduct research, preparing and digitising appropriate material, mapping and analyse sources across different historical timeframes and assisting in
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(FunFams) in the CATH-TED database comprising relatives with highly similar structures and functions. This will also involve building workflows to map all available ligand data from ChEMBL and other public
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of core dynamics that explain and predict Earth’s magnetic shield” between the University of Leeds and BGS. You will begin by mapping the SAA using both geomagnetic and high-energy particle data as measured
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approaches. You will also map current practices, support IAA-funded impact projects at Bath Spa University, and collaborate with Dr Astrid Breel on developing new methodologies. The post will also involve
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Hamlets and Hackney) and coordinate with their counterparts in East Sussex site. These include conducting local service mapping, undertaking individual interviews and facilitating focus groups, analysis
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in East Sussex site. These include conducting local service mapping, undertaking individual interviews and facilitating focus groups, analysis, presenting and writing up findings for peer reviewed
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(BESTEAM) in the Department of Applied Health Science. The postholder will work within the NIHR-funded Warwick-Birmingham Screening Evidence Synthesis Group (ESG), conducting and publishing evidence maps