A TMEDA-Iron Adduct Reaction Manifold in Iron-Catalyzed C(sp2)-C(sp3) (Neidig) #CrossCoupling Reactions @URochesterChem @TheNeidigLab https://t.co/mvr5jRwkXQ pic.twitter.com/ytg5e15q56
— Angewandte Chemie (@angew_chem) February 18, 2022
Congratulations to the eight faculty members who have been appointed to named professorships
— University of Rochester (@UofR) February 16, 2022
Dora Biro, Kara Bren, Peter Knight, Thomas Mariani, Michael Neidig, George Porter, David Siegel, and Karen Wilson.@UoR_BrainCogSci @URochesterChem @UR_Med https://t.co/o4Xl3XiI1T
Congratulations to Nikki (@nikkijbakas) and Jeff (@JeffSears20 ) as their paper on a TMEDA‐iron adduct reaction manifold in iron-catalyzed cross‐coupling reactions has been accepted for publication in @angew_chem 👏👏https://t.co/n1Ggqiy9zZ
— The Neidig Lab (@TheNeidigLab) February 1, 2022
Big congratulations to our very own Camila @MariaCAguilera_ for winning the 2022 Women Chemists Committee Merck Research Award. We are so proud of you!!🎉🎉 https://t.co/uAlQVYjJmb
— The Neidig Lab (@TheNeidigLab) January 31, 2022
So excited to be part of this study. Congrats to @Nikki_J_Wolford for some excellent EPR and MCD! Check it out in @NatureComms https://t.co/F8ZXjD9sXk
— The Neidig Lab (@TheNeidigLab) December 10, 2021
The Neidig group is a physical-inorganic chemistry and catalysis research group at the University of Rochester. Our research focuses on non-precious metal catalysis in organic chemistry, with the long term goal of elevating our understanding of iron- and cobalt-catalyzed organic transformations to the level currently available for palladium catalysis. Towards this goal, we utilize a research approach combining inorganic spectroscopies, DFT calculations, synthesis and kinetic studies that enable the detailed elucidation of the active catalyst species and underlying reaction mechanisms in catalysis with a current focus on iron-catalyzed cross-coupling as well as iron- and cobalt-catalyzed direct C-H functionalization.