Atomically-precise engineering of catalytic materials

My research focuses on designing and developing catalytic materials with precisely controlled architectures to address challenges in sustainable chemical production. This requires integrating advanced techniques to establish synthesis-structure-performance relationships over relevant scales with an emphasis on using scalable preparation routes. Key areas of expertise include designing catalysts with supported atomic clusters, analyzing complex pore networks, and visualizing the structures of multi-component, shaped catalysts. I co-lecture the Master course Catalysis Engineering and act as Program Advisor to the NCCR Catalysis.

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