معرفی
Dr Georgina Gregory is a Royal Society Dorothy Hodgkin Fellow and Junior Research Fellow in Chemistry at Wadham College, University of Oxford. Her research centers on sustainable polymer design for energy storage and flexible electronics, with emphasis on controlled polymerization strategies and structure-property correlations.
Her educational background includes:
- BSc in Chemistry from Imperial College London
- PhD from the Centre for Sustainable Chemical Technologies (CSCT) at the University of Bath under Dr Antoine Buchard
Gregory's primary research focuses on polymer chemistry for next-generation batteries and wearable electronics. She develops sustainable polymers using bio-based resources, with specific attention to mixed ionic-electronic conductors and solid electrolytes. Her work bridges synthetic chemistry, materials characterization, and application testing to address energy storage challenges while prioritizing environmental sustainability through recyclable and biodegradable materials.
Publication trends reveal concentrated efforts in solid-state battery materials, CO2-derived polymers, and machine learning-driven property prediction for bio-based elastomers. Recent work emphasizes recyclable electrolytes, volume-change buffering in cathodes, and sustainable catalyst design.
Scientific recognition includes:
- Royal Society Dorothy Hodgkin Fellowship
Gregory leads significant grant-funded research through the Faraday Institute's SOLBAT project since 2019, collaborating with Prof Charlotte Williams, Prof Sir Peter Bruce, and Prof Mauro Pasta. This initiative focuses on polymer solutions for solid-state batteries, including electrolyte development and electrode interface engineering.
She operates within Oxford's interdisciplinary materials research ecosystem, integrating synthetic polymer chemistry with electrochemical testing to advance sustainable technologies for energy storage and flexible electronics applications.
