Discover how subnanometer copper clusters enable direct low-temperature oxidation of propane to propylene oxide, revolutionizing industrial chemistry.
Explore the fascinating world of catalysis, ligands, and mechanistic studies that are revolutionizing drug development, sustainable chemistry, and advanced materials.
Explore the cutting-edge science of catalytic upgrading, where chemists design molecular machines to transform light alkanes from natural gas into valuable fuels and materials.
Explore the fascinating science behind selective carbon monoxide conversion, from adsorption mechanisms to cutting-edge catalyst development for cleaner energy solutions.
Exploring how catalytic chemistry is transforming industries and enabling sustainable solutions for a zero-carbon future.
Exploring how modern catalysis is revolutionizing sustainable energy and industrial processes through atomic-scale manipulation and green chemistry principles.
Exploring the synergy between X-ray absorption spectroscopy and computational catalysis in designing sustainable energy solutions.
Exploring how groundbreaking work bridged the gap between molecular-scale catalysis and macroscopic industrial applications
Exploring how catalytic reaction engineering is transforming chemical processes for a sustainable future through innovative technologies and green chemistry.
The life and scientific contributions of Georgii Konstantinovich Boreskov, the 20th century's foremost architect of catalytic science.