Theoretical Catalysis Project led by Dennis Palagin was started in June 2016 as a theory division of LSK, and is focused on applying state-of-the-art ab initio methods to study the interplay between the structure and the chemical properties of novel catalytic materials. We aim at understanding the chemical nature of the catalytic processes to be able to facilitate rational design of novel engineered materials.
People in our project
List of publications
15/05: Maxim finally convinced the referees that the contact between zinc and copper facilitates the formation of formates, and made it to Nature Communications!
01/05: Vitaly compared copper species in MOR, MFI, BEA, and FAU zeolites, and made it to Chemical Science!
04/04: Fully focusing on industrially-relevant goals and economic targets, Zoran presented a detailed analysis of deficiencies in widely employed "research for the sake of research" strategies, and paved a way to potentially resolve these. Check it out in our Journal of Catalysis perspective.
28/02: Marks's excellent review on the applicability of various experimental and theoretical approaches to unravel the great mystery of the nature of active sites in copper exchanged zeolites has finally been published by Chemical Society Reviews. Cheers!
07/10: Xing's paper on the stability of ceria supported platinum nanoparticles got accepted to Physical Chemistry Chemical Physics. Well done, Xing!
02/10: Our paper on the mechanism of the hydrogen release in the anaerobic oxidation of methane to methanol has been accepted to ACS Catalysis!
23/09: Swiss National Supercomputing Centre (CSCS) just awarded us 100'000 node hours on their new hybrid Cray XC50 system. Happy number crunching!
18/06: By combining in-situ X-ray photoelectron spectroscopy (Luca), infrared spectroscopy (Vitaly), and theory (Dennis) we proved that multiple copper species can be involved in the selective anaerobic oxidation of methane to methanol over zeolites, and that the configurations of these species depend on the type of zeolite and the Si/Al ratio. Check out our latest ACS Catalysis! Well done, everyone!
20/05: Manoj warned the community about all the misconceptions and pitfalls he encountered while studying the conversion of methane to methanol and made it into Nature Catalysis! Well done, Manoj!
29/04: Our work on active site structure in mordenite has been featured as one of the Scientific Highlights of 2018 by the European Synchrotron Radiation Facility (ESRF). We are very proud!
24/09: Swiss National Supercomputing Centre (CSCS) just awarded us 155'000 node hours on their Cray XC40. Time for some serious number crunching!
02/08: Mark explained the MtM mechanism and made it into JACS. Well deserved!
14/05: Our new paper with Vitaly just got accepted to Angewandte Chemie. Keeping up high standards!
16/02: Our Science paper keeps on stimulating hot discussions in the community. Check out our new Comment.
08/01: Happy New Year! We are proud to announce that the average impact factor of the journals in which we published in 2017 amounts to an outstanding 14.39. Well done everyone!
30/10: Xing's paper on Ostwald ripening of Pt got accepted to Physical Chemistry Chemical Physics. Well deserved!
14/10: A collaboration with Saeed came to fruition: our paper has appeared in the Journal of Materials Chemistry A.
13/10: There's never too many Science papers. Check out our new Technical Comment with the extended discussion of our recent paper in Science.
05/05: Check out a feature article on anaerobic methane oxidation by the PSI PR department.
05/05: Vitaly and Dennis made it into Science with the paper on anaerobic oxidation of methane to methanol. Strike!
30/03: Our small production project at the Swiss National Supercomputing Centre (CSCS) got approved. Yay to more CPU time!
19/01: Our manuscript on the relative stabilities of copper oxide centers in zeolites has been published in Nanoscale!