RC FEMS
Research Groups
3D atomic-scale dynamic imaging of material evolution under working conditions.
Understanding relation between electronic properties and microstructure; Utilization for energy applications
Cataloging all stable inorganic solids, and use machine-learning accelerated methods to predict their properties.
Solution processing of semiconductors via colloidal nanocrystal dispersions for next-generation optoelectronics.
Translating theoretical insights into practical design principles for functional interfaces in photovoltaics and energy storage devices
Scale-bridging microscopy and emergent electric and magnetic nanoscale properties for next-generation electronics.
Understanding how to control materials structure in a synthesis for tailoring them to relevant energy applications.
Understanding relation between microscopic quasiparticle interactions and macroscopic physical properties;Make quantum materials applicable.