Imaging materials beyond conventional limits

We develop next-generation electron microscopy to reveal how materials behave across dimensions, from the mesoscale to individual atoms. By combining 4D-STEM , electron ptychography , and in situ microscopy , we push the frontiers of spatial, depth, time, and functional imaging to uncover hidden structures and emerging phenomena in condensed matter and materials science.

Our research focuses on interfaces, defects, functional and quantum materials, and nanoscale electromagnetic states, with the goal of connecting atomic-scale structure to collective behavior and ultimately enabling new ways to understand, design, and control materials.