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while improving long-term performance. The project offers a unique opportunity to gain advanced training in rheological and dynamic mechanical analysis, solid-state NMR, and time-resolved structural
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extrachromosomal DNA (ecDNA) circular DNA elements that drive oncogene amplification, intratumour heterogeneity and therapeutic resistance across many aggressive solid cancers. This PhD project will help develop
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Applied Materials and Interfaces Group at the University of Nottingham. Our research focuses on understanding the chemistry that underpins advanced energy systems and how this knowledge can be used
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University of Nottingham – School of Chemistry PhD role 2026: Electrocatalysis of sulfur redox in the solid state Supervised by Prof Graham Newton, Prof Lee Johnson, Prof Darren Walsh Start date
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Applied Materials and Interfaces Group at the University of Nottingham. Our research focuses on understanding the chemistry that underpins advanced energy systems and how this knowledge can be used
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membranes will also be considered, ensuring relevance to future industrial deployment. This research is inherently interdisciplinary, combining elements of materials science, solid-state chemistry
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balance of excellent teaching and research, matched by an enviable quality of life. Our stunning waterfront campuses and multicultural community make us a desirable workplace for colleagues from around the
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polysulfide shuttling in LiS batteries, and to suppress dendrite growth in solid state batteries. Eligibility This studentship is co-funded by The Faraday Institution and Gaussion Ltd. The studentship is open
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for emerging ‘next generation’ battery chemistries, including Li-sulfur and solid state batteries, where there is lower technical maturity. In this project, aligned with The Faraday Institution’s Safebatt