A “Synpacts” article highlighting our recent work on using complex mixtures for catalyst discovery has been accepted for publication in Synlett. Thanks to Prof. Peter Vollhardt for the kind invitation!
Publications
New Publication
Our first paper from our collaboration with the Ebbesen group describing how strong coupling to the vacuum field can be exploited to change the rate of chemical reactions has been accepted for publication in Angewandte Chemie. Congrats to all who participated from the Ebbesen group and to Marian and Sreejith from our group!
New Publication
Our collaboration with the Samori group on liquid-phase exfoliation of graphite to yield graphene is published in The Journal of Physical Chemistry Letters.
New Publication
Congrats to Ed and Ismat, whose article on regiodivergent functionalization of allylic amines using dual nickel/phosphoric acid catalysis has been accepted in Chemistry – A European Journal.
New Publication
Congrats to Marian, whose article on catalytic Friedel-Crafts reactions of tertiary aliphatic fluorides has been accepted in ACS Catalysis.
Cover article
Marian and Ed’s review article in Synthesis has been chosen as the cover article for the April 1st issue. Congrats!
New publication
Congrats to Marian and Ed, whose invited review on catalytic alcohol activation has been accepted in Synthesis.
New publication
Our study on azidation of tertiary aliphatic alcohols co-catalyzed by nitro compounds and Bronsted acids has been published in the Journal of the American Chemical Society. Congrats, Marian, Malik, Eléna and Florian!
New publication
Our method for switchable (E)- or (Z)-selective alkyne semi-reduction by Ni-catalyzed transfer hydrogenation has been published in the Journal of Organic Chemistry. Another example of catalyst discovery by screening complex mixtures. Congrats Ed!
New publication
Our combinatorial strategy for uncovering in situ generated catalysts by screening mixtures of precatalysts and ligands has been published in Chemical Science. Congrats, Eléna and Ed!
The Moran Research Group 