Advancing Environmental Transmission Electron Microscopy & Sustainable Energy Solutions
Exploring Electrochemical Reaction Processes at the Atomic Scale
Research Highlights
Environmental TEM
In-situ Atomic-Scale Imaging
Advanced environmental transmission electron microscopy techniques for real-time observation of atomic-scale environmental processes and material transformations.
Electrochemistry
Energy Conversion & Storage
Novel electrochemical methods and materials for sustainable energy conversion, storage, and CO2 reduction applications.
CO2 Reduction
Sustainable Carbon Cycling
Innovative catalytic strategies for electrochemical CO2 conversion into valuable chemicals and fuels, contributing to carbon neutrality.
Recent Publications
Our group's latest research outputs in top-tier journals
Visualizing the Hidden Atomic Pathways of Iron Oxidation
Journal of the American Chemical Society
2026
Breaking noble metal inertness: direct oxidation via support-mediated oxygen spillover
Small
2026
Strain-Driven In-Situ Ni Exsolution on (Sr,Ca)(Ti,Ni)O3 (100) facets Boosts Hydrogen Spillover and Selective CO2-to-C2+ Photoreduction
Advanced Materials
2026