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Ryōji Noyori (3 septembre 1938 à Kobe [1], Japon) est un chimiste japonais. Il est colauréat avec William Standish Knowles de la moitié du prix Nobel de chimie de 2001 « pour leurs travaux sur la chiralité des réactions d'hydrogénation catalysées [2] », réactions qui permettent la préparation de nombreuses molécules pharmaceutiques.
- Elias James Corey
Ryōji Noyori (野依 良治, Noyori Ryōji, born September 3, 1938) is a Japanese chemist. He won the Nobel Prize in Chemistry in 2001, Noyori shared a half of the prize with William S. Knowles for the study of chirally catalyzed hydrogenations ; the second half of the prize went to K. Barry Sharpless for his study in chirally catalyzed ...
The combined use of the BINAP ligand and a chiral diamine effects asymmetric hydrogenation of a range of aromatic, hetero-aromatic, and olefinic ketones. The reaction is very rapid, productive and stereoselective, providing the most practical method for converting simple ketones to chiral secondary alcohols.
Ryoji Noyori. The Nobel Prize in Chemistry 2001. Born: 3 September 1938, Kobe, Japan. Affiliation at the time of the award: Nagoya University, Nagoya, Japan. Prize motivation: “for their work on chirally catalysed hydrogenation reactions”. Prize share: 1/4.
Currently Professor Ryoji Noyori is the head of the research center, which is organized into 4 research departments: organic substance synthesis, inorganic substance synthesis, substance function, and biological function.
Ryoji Noyori is a Nobel Prize-winning chemist who added functional control to the organic synthesis technique of asymmetric hydrogenation, using complexes of rhodium and ruthenium as catalysts. Ryoji invented an organometallic catalytic compound, called the BINAP ligand, now used in research laboratories and industry worldwide.
CV - Ryoji Noyori | Lindau Mediatheque. Ryoji Noyori shared the 2001 chemistry prize with Americans William S. Knowles and K. Barry Sharpless. Noyori and Knowles received the prize for developing chiral hydrogenation catalysts, Sharpless, for developing chiral catalysts for oxidation reactions.
