Shu Kobayashi

Shu Kobayashi is a Professor at The University of Tokyo, Department of Chemistry. His research focuses on synthetic organic chemistry and organometallic chemistry, with an emphasis on developing novel synthesis techniques, organic synthesis using metal, and asymmetric catalysis. His current research includes environmentally-friendly organic synthesis, utilizing water as a substitute for harmful solvents, and the development of polymer-immobilized metal catalysts for reuse. He also works on catalytic asymmetric reactions using chiral Lewis acids. His research areas include synthetic chemistry, reaction chemistry, Lewis acid catalysts, aqueous reactions, polymer catalysts, asymmetric synthesis, nanoparticles, and green sustainable chemistry.

Shu Kobayashi is a researcher in synthetic organic chemistry, focusing on catalytic enantioselective reactions and sustainable methodologies. His work explores the development of novel Lewis acid catalysts, particularly rare-earth metal triflates, for selective organic reactions in aqueous media. Kobayashi's research emphasizes the use of water-tolerant catalysts, such as lanthanide triflates, to enable environmentally benign reactions. He has also investigated the application of microfluidic devices and continuous-flow synthesis for efficient and scalable organic transformations. His studies include the catalytic formation of C–C and C–N bonds, as well as aerobic oxidation reactions using gold nanoclusters. These efforts aim to advance sustainable chemical synthesis through innovative catalyst design and reaction conditions.