Merging Photoredox with Organocatalysis and Nickel Catalysis: Accessing Novel Mechanistic Platforms for C–C and C–O Bond Formation
Visible light photoredox catalysis has emerged in recent years as a powerful technique in organic synthesis due to its ability to generate non-traditional sites of reactivity on organic substrates via low-barrier, open-shell pathways. Importantly, the mild conditions employed by photoredox catalysi...
|Format:||Academic dissertations (Ph.D.)|
Princeton, NJ : Princeton University