Homepage

Eingang zum Institut gegenüber dem "Botanischen Garten"

Physical Chemistry in Leipzig and beyond is strongly connected with the name Wilhelm Ostwald. Together with Svante Arrhenius, Jacobus Henricus van’t Hoff and Walter Nernst he founded the field of Physical Chemistry. Since 1871 the Chair for Physical Chemistry existed in Leipzig – it was the first Chair for Physical Chemistry in Leipzig. Ostwald was awarded the Nobel Prize in 1909 for his groundbreaking work on reaction equilibria and –rates and its applications for catalysis. Currently research at the Wilhelm-Ostwald-Institute is connected to the faculty’s strategic fields materials, catalysis and energy.

Understanding nanotechnology - students experiment at the University of Leipzig

Despite the high relevance to everyday life, the topics nano and nanotechnology are generally not given any place in Saxony's chemistry classroom, except for bionics. A cooperation between the Institute for Didactics of Chemistry and the Wilhelm Ostwald Institute for Physical Chemistry of the University of Leipzig provides a remedy and gives interested students a deeper insight into this topic. More

Workshop "Horizons in Cold Cluster Spectroscopy"
From 12/9-15/9/2017 the Asmis Work Group organises the "Horizons in Cold Cluster Spectroscopy" workshop, which is funded by the Wilhelm und Else Heraeus-Stiftung. It will take place in the Wilhelm-Ostwald Park in Großbothen.

New two-dimensional COF
In cooperation with scientists from Japan, UK and USA, scientists of the Heine group took part in the development and characterisation of a new two-dimensional COF succeeded. In this COF, carbon atoms are all sp²-hybridized and conjugated. The new material is a semiconductor and exhibits interesting magnetic properties.
E. Jin et al., Science 357 (2017), 673-676
Press Statement (German)

Noble Gases not so noble?
Scientists of the Wilhelm-Ostwald-Institute for Physical and Theoretical Chemistry of the University Leipzig have successfully bound the noble gases Krypton and Xenon to a electron-rich molecule in a gas-phase reaction, which contradicts chemical intuition. In cooperation with scientists from the US-based Pacific Northwest National Laboratory and the Universities of Bremen and Wuppertal, molecular reasons for this remarkable behaviour were found, using spectroscopical and quantum chemical methods. The results are presented in the title story of the latest edition of the high-impact journal 'Angewandte Chemie, International Edition'.
Press Statement (German)
Warnecke et al., Angew. Chem. Int. Ed. 2017, 56, 7980 (English Version)
Warnecke et al., Angew. Chem. 2017, 129, 8090 (German Version)
Link to AK Asmis web sites