Highlights from our #SummerParty! The Glorius family reunited to celebrate another great year together, with games 🤹♀️, wine tasting 🍷and a delicious barbecue 👨🍳 from our special grill masters. #UnitedbyScience
We are more than happy 😁 that almost a year after getting to know him, @AKaithal finally joins our #team fulltime. He is an outstanding #chemist and joins Lisa Suntrup in our #catalysis#laboratory. Welcome dear Akash! 👋
Many congratulations to @AKaithal and Pooja for tying the knot 💍! Our coworkers were tremendously happy to join the fabulous celebrations in their hometown Kanpur. 🇮🇳 🥳
Summer Party time!!!😎🎉🌞
Past, present and future👶members of the #GloriusGroup all reunited after a long break.
Celebrating together with fun games🤹, wines🍷 and barbeque🍴 along with loads of great conversations.
#celebrations#groupspirit#party#summervibes
Access to Unexplored 3D Chemical Space: cis -Selective Arene Hydrogenation for the Synthesis of Saturated Cyclic Boronic Acids (Glorius) @GloriusGroup@AKaithal#openaccess thanks to #projektDEAL https://t.co/lcyF6mzlIE
Our article describing an Adaptive Rhodium Catalyst to Control the Hydrogenation Network of Nitroarenes has been published in @angew_chem! Congrats to @vishalchugh10, @BasujitChatter2, Wei-Chieh, @H2Cramer, Carsten and Helena! @mpicec_press
https://t.co/BVNYvBn5s7
Paving another escape route from flat land! 🛫 Please check out how a new and biologically important 🧬 class of saturated boronic acids can be accessed via an arene-#hydrogenation strategy.
Just published in @angew_chem: https://t.co/pRtdOiZYAG
Kudos @AKaithal, Tobias & Team!
Unveiled! Mode of enantioinduction & the key catalytic pocket (and what's in it) of heteroarene hydrogenation. It took us 5 years and scientists from several research institutes to answer this question (tricksy hobbit).
Just published in @Chemical_Science!
https://t.co/SS9tUCeKHD
Join us!👩🔬
Due to successful grant applications, we have attractive PhD student positions to fill. Topics include the chemistry of membranes (CRC 1348), molecular machine learning (SPP 2363) - and catalysis😀.
Interested in joining a collaborative, fun research environment?🙏RT
Acceptorless Dehydrogenation of Methanol to Carbon Monoxide and Hydrogen using Molecular Catalysts (Leitner) @WerleLab@mpicec_press#openaccess thanks to #projektDEAL https://t.co/EfAKvTc9TA
Congratulations to Akash and @BasujitChatter2@mpicec_press for their combined efforts to develop an acceptorless dehydrogenation of methanol to carbon monoxide and hydrogen using molecular catalysts, published in @angew_chem. https://t.co/A35l5Eczum
Congratulations to our PostDoc Akash @AKaithal, who was honored with the Ernst Haage Prize for his PhD achievements in chemistry @mpicec_press! 👏🥳🍾
@WWU_Muenster@WerleLab & LeitnerGroup