Wöhler Research Institute
@ResearchWohler
Followers
272
Following
114
Media
2
Statuses
104
The Wöhler Research Institute was founded in 2019 and is dedicated towards the development of sustainable methods for organic synthesis.
Göttingen
Joined May 2020
Register for Early Bird and compete to win the Shimadzu Prize for the best Ph.D. oral communication at the Blue Danube Symposium on Heterocycles in Chemistry https://t.co/lYBwWbwBat! Do not miss the deadline! #chemistry @science_charles
@CharlesUniPRG
#conference @Shimadzu
0
2
4
📢Otto Roelen Medal for Lutz Ackermann, Georg August University of Göttingen: grateful to all previous and current team members for their invaluable contributions 🙏👍 @ResearchWohler @uniGoettingen @DECHEMA
21
7
116
🎉 Exciting news! ETOC returns! Dive into a two-day free online symposium on March 13-14. Anticipate more outstanding talks, thought-provoking discussions, and groundbreaking ideas using technology to improve organic chemistry. Stay tuned for further details! #ETOC24
0
9
35
One week until our 6th online symposium will take place📅🔜💻 Do not miss out and register for free: https://t.co/VJ5DWWwRkM ✅ 🙏Retweet #community #MachineLearning
1
7
32
Read, share and apply!! Great postdoc position open in collab with @aztul
https://t.co/qDjwELOTGi
1
15
30
Check out chemo-divergence in electrocatalysis ⚡️: Well done Simon, Max and Efraim! Great collaboration @uniGoettingen @ResearchWohler
Bifurcated Rhodaelectro-Catalyzed C–H Activation for the Synthesis of Pyrroles and Lactones By Lutz Ackermann et al @aztul @uniGoettingen 🔓 Open access in Precision Chemistry 👉 https://t.co/DGnBNr6K5e
0
4
51
At the University of Göttingen, @aztul and colleagues have developed a manganese-based electrocatalysis process to functionalise polymer C–H bonds with azide groups without the need for chemical oxidants. https://t.co/0c4DQD2zt5
chemistryworld.com
Azido-modifications serve as diversification points for click transformations
1
4
29
Electrochemical Rearrangement for Remote Functionalizations of Unactivated Alkenes (Lutz Ackermann and co-workers) @uniGoettingen @ResearchWohler @aztul
https://t.co/QlMQsbmQ5w
0
5
21
Very happy to serve the Israel Journal of Chemistry @Wiley_Chemistry as guest editor with a thematic issue on "Electrochemically Driven Organic Synthesis"
onlinelibrary.wiley.com
Click on the title to browse this journal
1
3
63
Die Finalisten des «WSS-Jahrhundertprojekts» stehen fest: Sechs Teams erhalten einen Forschungspreis von 1 Mio. CHF. Einem von ihnen winkt der Zuschlag für das mit 100 Mio. CHF ausgestattete WSS-Forschungszentrum "Technologien für nachhaltige Ressourcennutzung". Die Finalisten:
1
5
19
Herzlichen Glückwunsch! Lutz Ackermann erhält für seine Ideen zu nachhaltigen Katalysen mit erneuerbaren Energien einen Forschungspreis der @WSS_Stiftung von über einer Million Euro. Sein Team hat nun die Chance auf ein WSS-Forschungszentrum. https://t.co/vwspVlpL0f
@aztul
9
6
111
„Kraftvolles Werkzeug“: Forschungsgruppe unserer Uni um @aztul koppelt Produktion von #Wasserstoff an elektrochemische Molekülsynthese mit günstigem Cobalt als Katalysator und voller Selektivitätskontrolle. https://t.co/AVRYuXTUHc;
https://t.co/1Kww9rKhPV
0
5
54
Do not miss the interviews on @ChemistryViews with some of the new Chemistry Europe fellows, including @MaulideLab @ChemBiolHun @aztul @HerresLab @KokotosCG Nicola Armaroli and Angela Agostiano! 👉 https://t.co/eJ8baF7USV
0
12
28
Check out electrochemical C–H activation with full selectivity control enabled by 3d TM-electrocatalysis Now in @sciencemagazine. Well done and congratulations to @T_vonMuenchow, @sc2dana, @YangXu27799052 and @byuan14. ⚡️@ResearchWohler @uniGoettingen
https://t.co/uJZsvkczfA
science.org
Electrooxidative cobalt-catalyzed C–H activation selectively produces C-stereogenic, P-stereogenic, and atropisomeric compounds.
In @ScienceMagazine this week, @aztul and coworkers report asymmetric electrochemical C-H oxidation using cobalt catalysis
22
32
222
January's most-accessed list has a classic by @hawkernation. Don't miss it or other papers on the list by eg. @XiaoTanUQ @CZhang0318 @LeonoriLab @metbiocat @qojoselm @MeekLab @WheatleyEmilie @BWeckhuysen @ResearchWohler @aztul @DellAmico_group
https://t.co/stQVq162Yc
0
4
20
Interested in Enantioselectivity prediction of electrocatalysis for C–H activation using transition state knowledge in ML ? Now in Nature Synthesis, congrats to Johanna, Xiaoyan, Joao and the Hong group. @ResearchWohler @spp2363
1
9
108
Late‐stage C−H Functionalization of Tryptophan-Peptideswith w/ Thianthrenium Salts; no DG: Conjugation and Ligation: Well done Nikos @synthnick visiting student Alejandro, Felix and Julia 🥳
onlinelibrary.wiley.com
Palladium-catalyzed C−H arylation of tryptophan-containing peptides with readily accessible and modular arylthianthrenium salts was investigated. The modular nature of this arylating agent allowed...
0
10
67
At our Science Circle Lecture today, we have Prof. Lutz Ackermann @aztul, @uniGoettingen continuing with an insightful talk about #sustainable #electrocatalysis & its potential to advance the #GreenHydrogen #economy. #hydrogen #CHActivation #chemistry #sustainability
0
5
31
Congrates to Lutz and prof. Weidenkaff for wining GCCCD-GDCh award. Thanks to their continuous support for supervising Chinese students.
0
4
45
Electrochemical Cross-Electrophile-Coupling for Transition-Metal-Free Allylic Carboxylation with Ambient CO2 (Ackermann) @aztul @ResearchWohler #OpenAccess thanks to #ProjektDEAL @uniGoettingen
https://t.co/RfKq2lQjOB
0
4
46