Multiscale Simulation
Model catalytic systems across quantum and molecular scales to understand their structural and dynamic behavior.
Understanding and designing active, selective and stable catalytic systems.
We investigate how atomic structure, composition, and reaction environments govern catalytic performance. Multiscale simulations reveal reaction mechanisms and establish design principles for efficient catalysts.
Model catalytic systems across quantum and molecular scales to understand their structural and dynamic behavior.
Identify reaction intermediates, pathways, and interfacial processes governing catalytic performance.
Screen candidate materials and derive design principles for catalysts with enhanced activity, selectivity, and stability.