David Powers

Department of Chemistry
Texas A&M University
Tuesday, Nov. 19, 2019
Edward C Taylor Auditorium, Frick B02
Robert Knowles
Add to Calendar2019-11-19 16:30:002019-11-19 16:30:00Robert KnowlesEdward C Taylor Auditorium, Frick B0215YYYY-MM-DD

Development of High-Valent Aerobic Oxidation Catalysis

Aerobically generated metal–ligand (M–L) multiply bonded species are critical intermediates in both synthetic and biological C–H functionalization chemistry. The exquisite reactivity of intermediates capable of functionalizing C–H bonds renders these transient intermediates 1) challenging to observe or characterize and 2) difficult to harness for selective intermolecular C–H functionalization, such as during oxidative hydrocarbon upgrading. This talk will discuss progress towards aerobic synthesis of reactive M–L multiply bonded intermediates, the development of new inorganic photochemical methods that enable direct structural characterization of reactive M–L multiply bonded species, and fundamental studies of the diffusional barriers that must be managed during intermolecular functionalization chemistry within porous catalyst materials.

Research Areas