今年諾化獎給了asymmetric organocatalysis

來源: fuz 2021-10-06 03:14:38 [] [博客] [舊帖] [給我悄悄話] 本文已被閱讀: 次 (3451 bytes)
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https://www.chemistryworld.com/news/the-2021-nobel-prize-in-chemistry-as-it-happens-live/4014486.article

10.59 Not a total surprise but still…

David MacMillan and Benjamin List aren’t a complete surprise but they haven’t been top of people’s lists. We’ve commented on the inherent conservatism of the Nobel committees and how they often reward discoveries long after they made a big impact. The same goes here for asymmetric organocatalysis with the pioneering work over two decades old now. The work of MacMillan and List helped open a new vista in organocatalysis with the creation of catalysts that are selective for one enantiomer – or mirror image molecule – over another. This technology has been applied in everything from drugs to dyes for solar cells. “This concept for catalysis is as simple as it is ingenious, and the fact is that many people have wondered why we didn’t think of it earlier,” says Johan Åqvist, who is chair of the Nobel Committee for Chemistry. One thing people definitely won’t be saying today is “It’s nice, but is it chemistry!”

 

10.52am And it’s asymmetric organocatalysis!

Congratulation to the winners Benjamin List and David W.C. MacMillan on their award “for the development of asymmetric organocatalysis”. We’ll be bringing you all the news and views on the announcement as they come in, so stick with us.

所有跟帖: 

據說是在scripps完成的, 有待確認? -mm6799- 給 mm6799 發送悄悄話 (0 bytes) () 10/06/2021 postreply 11:16:16

https://mp.weixin.qq.com/s/DgLeVkeMzidvAqI4m1T7Zw -mm6799- 給 mm6799 發送悄悄話 (60 bytes) () 10/06/2021 postreply 12:12:39

謝謝,介紹很詳細,很科普 -fuz- 給 fuz 發送悄悄話 fuz 的博客首頁 (0 bytes) () 10/06/2021 postreply 12:28:20

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