Materials for a better energy future.
We study how materials, interfaces and electrochemical reactions can improve the way energy is stored and converted.
Our research connects electrode design, electrolyte engineering and functional nanomaterials across batteries, hybrid capacitors and electrocatalysis. We aim to understand the mechanisms that govern performance and use that understanding to develop more durable, efficient and resource-conscious systems.

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Metal-ion batteries
Electrode and interface design for lithium-ion and sodium-ion storage.
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Aqueous-ion batteries
Water-based electrolytes, stable electrodes and reversible ion storage.
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Hybrid capacitors
Porous materials and device architectures that balance energy and power.
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Organic batteries
Redox-active molecules and polymers for rechargeable energy storage.
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Biomass-derived materials
Turning renewable precursors into functional carbons for electrochemical systems.
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Electrocatalysis
Engineering catalytic sites and interfaces for energy conversion reactions.
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