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His current research focuses on the degradation of Li-ion batteries, examining how the cathode-electrolyte interface changes with charging and discharging. The main technique for this work is X-ray photoelectron spectroscopy (XPS), particularly in-situ and operando methodologies.

Limiting global warming to 1.5 ºC requires the rapid development and deployment of a range of greenhouse gas mitigation technologies. In the Forse group we explore the functional behaviour of new materials for CO 2 capture and electrochemical energy storage.

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Probing the chemical degradation of cathode material interfaces in Li-ion Batteries EPSRC award to University of Oxford

DPhil candidate, studying next-generation lithium-ion batteries · I am passionate about making the world a better place, and I firmly believe that science is the way to do that.

Discover Oxford University Press's academic journals, books, and collections, on a platform built for every step of your research journey. Explore, learn, and publish with impact on Oxford Academic.

We discuss the tendency of the hypophosphite perovskite skeleton to accommodate differently shaped A-site cations through the generation of unconventional tilts and columnar shifts, then enumerate these tilts and shifts for all known [A]Mn (H 2 POO) 3 phases.

Trevor Bedford Professor, Fred Hutchinson Cancer Center Verified email at bedford.io - Homepage evolution phylogenetics infectious disease visualization