Here you will find the latest news from the Max Planck Institute for Chemical Energy Conversion - new research results and publications, prizes and awards, innovations on our campus, interesting projects and cooperations and much more.
08/05/2022
Ethiopia project and cooperation with Addis Ababa University continue.
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06/28/2022
Leopoldina Vice President and former Managing Director of MPI CEC Robert Schlögl calls on G7 to take concrete decisions on climate protection
06/03/2022
Prof. Walter Leitner from the MPI CEC in conversation with Mirja Klein from the debate platform "The Debate" from Wissenschaft im Dialog
05/24/2022
MPI CEC scientists among top 2% worldwide
The CEC director emeritus will take office in January 2023
05/09/2022
Successful collaboration between the University of Göttingen, HZB and MPI CEC
The Frontiers in Chemical Energy Science Awards go to Prof. André Bardow and Prof. Bert M. Weckhuysen.
05/06/2022
Mülheimer Max-Planck-Institut feiert zehnjähriges Bestehen
04/27/2022
4th International Green Catalysis Symposium (GreenCat 2022)
04/07/2022
Prof. Robert Schlögl was appointed as acting director of the former Max Planck Institute for Bioinorganic Chemistry in October 2011. Shortly…
04/05/2022
Congratulations to Prof. Dr. Silvia E. Braslavsky (former group leader at Max Planck Institute for Chemical Energy Conversion) on the occasion of her…
03/08/2022
Proof of concept for homogeneous electrocatalysis in an important transformation in organic synthesis
Director Robert Schlögl in conversation with Daniel Gräber of the magazine cicero about the German energy transition
03/03/2022
Scientific relations with Russia suspended for the time being
02/28/2022
Nomination deadline: May 31st, 2022
02/18/2022
New Paper in JACS
01/20/2022
Research paper published in Nature Chemistry
01/18/2022
Do we know all the factors relevant to reaction rates in electrocatalysis?
12/06/2021
Award for outstanding master thesis
12/03/2021
Subproject of Dr. Alexander Schnegg helps to optimize the catalytic, magnetic and optical properties of iron in a targeted manner
