The Supporting Information is available free of charge at https://pubs.acs.org/doi/10.1021/acs.orglett.4c04384.

and the necessity for large excesses of alkenes. There is also a long-standing challenge to achieving site- and enantioselective sp 3 C-H oxidation toward substrates bearing multiple similar C-H ...

Researchers from the Hong Kong Polytechnic University, alongside mainland collaborators, have uncovered an unexpected phenomenon: severe wintertime ozone (O 3) pollution in Lanzhou, China, driven ...

Amritanshi Pandey topped the 7th batch of BSc nursing from College of Nursing, Command Hospital, Lucknow, and was commissioned as a lieutenant in military nursing service. Recognized for ...

which rely on the oxidation of the amine or alkene for C–N bond formation, this work exploits a through-space interaction of a reductively generated benzylic radical and the nitrogen lone pair ...

Using an advanced photochemical box model, the study identified alkene ozonolysis as the dominant driver of O₃ formation, rather than the traditional radical sources initiated by photolysis.

Our research is motivated by a desire to understand how catalytic process occur at the detailed molecular level. In particular, we study palladium-catalyzed allylic-addition reactions and explore the ...