Beamtime at PLEIADES
Beamtime at PLEIADES
We tackle fundamental questions about chemical reactions occurring at energy material interfaces, developing new techniques to uncover the processes that govern them. Our work is driven by the urgent need for improved materials for energy storage and conversion as part of the Net-Zero transition, including Batteries, Electrocatalysts and Thermocatalysts.
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Energy Storage
Developing improved electrolytes for rechargeable batteries and understanding cathode processes.
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Catalysis
Designing catalysts for sustainable chemical processes and clean energy production.
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Operando
Pioneering X-ray techniques to probe materials under realistic operating conditions.
As a predominantly operando X-ray spectroscopy group, we push characterisation methods to operate under realistic conditions, probing changes occurring at interfaces and deeper into the bulk of materials, often working closely with experts in computational methods to simulate and interpret spectra. Our work is underpinned by a variety of complementary ex situ techniques, as well as benchmarking of the materials we study to ensure they show representative performance.
We are committed to training the next generation of researchers, fostering rigorous and creative approaches, and promoting the wider adoption of operando approaches across the scientific community.
Research
Explore our data-driven, collaborative work in materials, energy systems, and modeling
