CORDIS Project
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This project develops advanced spectroscopy techniques to study charge-transfer reactions at solid/liquid interfaces in real-time. By focusing on electrochemical materials, it aims to enhance our understanding of energy conversion and storage mechanisms, contributing to the development of sustainable fuels like hydroge…
Charge-transfer reactions are key not only to the way that nature fuels life in photosynthesis but also in synthesizing sustainable fuels like hydrogen.
Charge transfer occurs at interfaces with an applied potential, yet almost all our understanding of electrocatalytic activity trends comes from the bulk material properties in the as-prepared state.
We still lack interface-sensitive spectroscopy tools that can probe the composition and electronic structure under reaction conditions.
Only with su…
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