Just out 😊: @SiadWolff has accomplished the design of a molecule with a Ni-CO2-Fe entity, resembling the one in the enzyme CODH, giving us a clue why nature may have used iron here. Thanks a lot also to all other contributors!! @angew_chem@UniSysCat
https://t.co/dHIY9bFk7U
📢 We have a PhD position available in our lab exploring main group compounds and their reactivity.
We are very happy for people to contact us with informal enquires!
https://t.co/V7zA3hCIkS.
New Hot article from Daniel Wilson (@inordanic), Caroline Knapp (@cazknapp) and colleagues at @UCLChemistry
'Reversible CO2 insertion into the silicon–nitrogen σ-bond of an N-heterocyclic iminosilane' 🔥
#OpenAccess 🔓
https://t.co/GyfVHLakMi
New comment in @NatRevChem with @FieldenStephen 🥳 We discuss our experiences navigating academia while having a long-term chronic illness - Multiple Sclerosis. Let’s continue on our positive trend to empower academics with disabilities! Hope you enjoy reading our article ☺️
Jingyan's thermodynamic study on CO2 binding to an N-heterocyclic imine is fresh off the press
@ChemCommun
This is also my first project from
@UCLChemistry
🥳 with
@cazknapp
https://t.co/vhwg1KIwW1
A nickel(0) complex inserts into an oxidized [4Fe-4S] cluster, giving iron−nickel−sulfur clusters that provide insight into the potential properties of the C cluster of CO dehydrogenase enzymes
NEW #ASAP by @patholland_0, Serena DeBeer & team
Read here: https://t.co/yadYwdQSmR
One for the nickel-heads: We use redox miss-match to insert nickel into iron-sulfur cubanes, resulting in some cool clusters (including one with four 3-coordinate metals!). Another step closer to the C cluster...
Out in ACS central science: https://t.co/kbASfVuZMe
Check out our newest paper out now in @J_A_C_S, dealing with cooperative sulfur transformations at a dinickel site.
Congratulations to Dr. Valeria Tagliavini and a huge thank you to all authors for their contributions 🎊🎊🎊
https://t.co/V00f4CyJee
A special shout out to the Yale contingent (Reagan Hooper, Patrick Holland, Majed Fataftah) for the invaluable assistance and discussions ❤️!
You can read a highlight of the work here https://t.co/ZQYdHHyopQ
Our first paper on ACS models is live in @J_A_C_S. NHCs being as trusty as ever, we find that Ni1+ can bind CO and convert it into thioesters, just like the enzyme! Excited to see where this new project goes with @ra_musgrave @RoesslerGroup https://t.co/VfQfpypbTB
An isolable phosphinidene oxide, you ask? That’s right!!! Check out Chenyang’s (@Chenyang__Hu) outstanding work out today in @NatureChemistry! Using steric bulk to help stabilise a highly reactive P(III)=O bond.
https://t.co/UhWUdeM6an
PhD advert 📢
We have some last minute PhD funding available to start in October 2024 to work in main group chemistry and catalysis. Please share with anyone who might be interested and contact me directly (unfortunately UK funding only)
@UoBChemistry
Many congrats to Ana McGinley & @MantingMu for their work on Alkene Isomerisation Catalysed by a Superbasic Sodium Amide just off the press @angew_chem! Another fantastic collaboration with @antorna, Gian Luca Righetti @EvaHeviaGroup! Great teamwork!!👏🥳
https://t.co/jOhdVaffa5
🥳🎉Really excited! you can now read about the fun we have been having with lasers💥, x-rays 🩻 and magnets 🧲 to study photochemistry ☀️🧪 https://t.co/zJKBdDXQVb
thanks to @SPike_Chem@DiamondLightSou@DominikJKubicki !
Reductive Retrocyclization of a Mangana(II)cyclopentasilane to Form Manganese(0) Bis(eta2-disilene) Complexes (Yusuke Sunada and co-workers) #OpenAccess https://t.co/VXFHyyYnk5