Our paper with @carlsbergite on claims about the so-called Gold-catalysed Heck Reaction in @J_A_C_S and @angew_chem now out: https://t.co/8iYIatXI5W.
Ideally a Reply is published back-to-back; the invitation to @ThePatilGroup remains open!
Gold-Catalysed Heck Reaction: Fact or Fiction?
Preprint out now: https://t.co/FNRUQcABIF
No evidence for literature claims of gold catalyzed alkene insertion, β-H elimination or chain walking!
Work on Carbene-Gold-Arylacetylide Near UV-OLEDs by Alex @asromanov5 and co-workers now in print. Congratulations and thanks to all for the hard work!
https://t.co/0oQrfTIFFB
Considering moving from pyridines to the more "exotic" pyrimidines, pyrazines or triazines for your ligand design? Check out our newest review. These fragments can improve catalytic activity and even facilitate new reactity modes. https://t.co/GJWvXouf7y (Open Access)
Our 20th paper with (former) co-worker Julio @JulioFern81 now out in @InorgChem. Work was mainly done by visiting Spanish and Italian postgraduate students, led by Julio. Great results!
Luminescent Au(III)-M(I) M= Cu, Ag Aggregates Based on Dicyclometalated Bis(alkynyl) Gold Anions, by Lara, @rjrama2, Chambrier, Agonigi, Hughes, @LalindePea, @BochmannGroup, @JulioFern81, shows rich structural features with bright phosphorescent properties https://t.co/MF2KKHh8b8
We are pleased to announce that instructions for presentations are now available for all participants at: https://t.co/kSS9Tkyxt1
Looking forward to welcoming you in Alcalá next September!😊@geqo_rseq@RSEQUIMICA@UAHes@EuChemS@OEuchems
A 3-year journey has finally met its destination:
Excited-State Lifetime Modulation by Twisted and Tilted Molecular Design in Carbene-Metal-Amide Photoemittersnow out in print in @ChemMater Thanks to all for their hard work and tremendous persistence!
https://t.co/iNeoQQ9JqM
Remember 17 June 1953: Russian tanks crush popular uprising for better conditions, free elections and reunification in East Germany. We all thought we had left those times behind.
Thanks to all for the hard work @UoMChemistry@C_M_A_research. Good strategy for avoiding parasitic local excited triplet to give efficient blue-green to deep-blue emitters.
How to make fast and blue CMA materials? Check out excellent collaboration work from Antti and Florian on @C_M_A_research@UoMChemistry@UEA_Chemistry
https://t.co/YlMuClHgLw