I am proud to announce that our recently published work https://t.co/xb3N0f1JMd got featured on #ChemistryViews, Wiley-VCH's chemistry-news web portal. Many thanks to @PeterChemBio1 and the team, @mpimoph
https://t.co/TjPbWvLCZt
Exciting news! On March 1st, I’ll begin my independent career as a Junior Prof at ISIS in Strasbourg! Grateful for all the support, friendships, and memories from my time in Leiden—thank you for everything. Can’t wait to see what the Regeni Lab will discover! #NewPI#letsgo ��❤️
Ion mobility mass spec finds increasing use in supramolecular chemistry, but understanding the gas-phase behavior of flexible/chain-decorated assemblies is not trivial: Check #JustAccepted exp/theo. study @ChemicalScience@DFG_public@SolvationSci#SPP1807
https://t.co/8s3y89pMsR
No secret that solvents control self-assembly equilibria, but what’s the physical basis?
Read our #JustAccepted paper @Angew_Chem with the Kast Group @TU_Dortmund - a joint exp./theo. study in @DFG_public Cluster of Excellence EXC2033 RESOLV @SolvationSci
https://t.co/ck2vWPFkrp
I defended my PhD after 4 years at @guido_clever's lab last Friday. It still doen't feel exactly real, what a day it was! Thanks to Prof. A. Lützen for agreeing to be my co-examinator, and everyone who helped my over the course of all those eventful years of study����
Hot paper alert 🔥 here is our new preprint on the minimal FeFe-Hydrogenase. We are very proud of this work. Enjoy!
Distinct Valence States of the [4Fe4S] Cluster Revealed in the Hydrogenase CrHydA1 | ChemRxiv - https://t.co/2osmvsXM0z
Seen some lit-up UFOs 🛸 last night?
May have been our #just_accepted work in @angew_chem where Kristina, @elie_bench and Co. 👽 report #CPL from the first PdnLnL‘n (n=3,4) heteroleptic rings and saddles!
@GRK2376@SolvationSci
https://t.co/ijYZSRlfDD
#PhDposition 👩🔬🧑🔬available
Do you have a strong background in #organicchemistry + #biochem experience? Interested in working #chembio interface?
PhD for #RNA & industry collaboration - deadline 05.05 - Application online https://t.co/OWCh3GbLS6
Please RT♥️Thanks!
Cobalt-based heteroleptic cages! Read #justpublished in @angew_chem how Bo used labile Co(II) to assemble multicomponent cages from salphen macrocycles, then stabilized by oxidation to low-spin d6 Co(III). X-rays by @leehaeri02@ERC_Research@dfg_public
https://t.co/8Scdc9wGCx