Visible Light-Induced Excited-State Transition-Metal Catalysis

R. Kancherla, K. Muralirajan, A. Sagadevan, M. Rueping
Trends in Chemistry, (2019)

Visible Light-Induced Excited-State Transition-Metal Catalysis


Visible light, Excited state, Manganese, Cobalt, Copper, Palladium


​In recent years, visible light-induced excited-state transition-metal (TM)(Mn, Co, Cu, and Pd)catalysis has attracted significant attention for the development of various chemical transformations. In contrast to metal/photoredox dual catalysis that uses conventional photosensitizers and TMs cooperatively, photoexcited-state TM catalysis uses a single TM complex as both the photocatalyst (PC)and the cross-coupling catalyst, resulting in more sustainable and efficient reactions. Unlike the outer-sphere mechanism active in conventional photocatalysis, these TM catalysts operate through a photoinduced inner-sphere mechanism in which the substrate–TM interaction is crucial for the bond-breaking or bond-forming steps, making this system an important advance in efficient carbon–carbon (C–C)bond formation reactions. Given the importance of these TM complexes as next-generation PCs with distinct mechanisms, in this review we highlight recent developments in photoexcited TM catalysis for C–C bond formation.


DOI: 10.1016/j.trechm.2019.03.012


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