Base-Metal Catalysis
Lingling Chu, Ming Joo Koh, Zhan Lu and Tatsuhiko Yoshino
Summary (AI generated)
We are currently working on gaining more insights into the mechanism of the reaction. By using EPR studies, we have observed signals that suggest the generation of paramagnetic species like Nickel one or Nickel three. We believe that the Nickel zero N two cycle is dominant, but we cannot rule out Nickel one N three. Our calculations and PR studies support this hypothesis. We are still working on crystallizing the intermediate species to confirm their presence. Thank you for your attention. Next, we will have a demonstration of science of synthesis before introducing our next speaker. Science of synthesis is a comprehensive reference resource for synthetic methods, covering various types of organic and metallic compounds. It provides critical insights and practical advantages of different methods, making it a valuable tool for planning synthesis and exploring new areas. The content is organized into volumes based on product type and includes titles focused on emerging technologies in organic synthesis. You can explore the content through browsing, indexing, and searching tools on the website. Thank you for your interest, and we look forward to sharing more content with you in the future.