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A recent publication by Eva Perlt, Michael von Domaros, and Barbara Kirchner is being highlighted in various media.
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Predicting the Ionic Product of Water: Dr. Eva Perlt, Michael von Domaros and Prof. Barbara Kirchner together with chemists from the Universities of Rostock and Wisconsin-Madison (USA) examined the spontaneous dissociation of water into ions for the first time with a computer. Their study sheds light on a reaction without which there would probably be no life. The article in Scientific Reports (DOI: 10.1038/s41598-017-10156-w) is is online and open access.

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Coverage of the 50 year celebration of the Theoretical Chemistry in the Generalanzeiger Bonn.


Dr. Martin Thomas, a former PHD student of Prof. Barbara Kirchner, was honored with the excellence award of the VAA Stiftung.


Zero time to Waste: A video of the ETN-SOCRATES (Zero Waste) in which Prof. Dr. Barbara Kirchner and Dr. Oldamur Hollóczki participate as supervisor is online.


TRAVIS is included as a commandline tool in the ADF Modeling Suite.


The xtb program can be obtained freely for academic use upon request. Please contact xtbRemovespamfilteR@thch.uni-bonn.de for details.


A publication from Stefan Grimme and Stephan Ehrlich was highlighted at www.compchemhighlights.org.


Dr. Friedrich Malberg received a teaching award for the course "Mathematics for Chemists I" from the faculty of math and science.


Prof. Barbara Kirchner has accepted an invitation to join the Editorial Board of Topics in Current Chemistry.


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Workgroups

Three professorships are located at the Mulliken Center for Theoretical Chemistry:

 

Stefan Grimme Prof. Dr. Stefan Grimme: The Grimme group focuses on the development and application of efficient computational methods. Key areas are thermodynamics and mechanisms of organic reactions, biological systems, and the computation of spectra. Close cooperation with chemists from all areas makes the prediction and rationalization of experimental results possible.
b_kirchner.jpeg Prof. Dr. Barbara Kirchner: The Kirchner group models large and complex systems involving mainly liquids and their interfaces with a broad range of applications in f.e. energy devices or in finding sustainable answers to chemical solvent problems. This is tackled from different theoretical methods chosen and optimized to model natural processes as accurately as possible at the molecular level. The focus is on the quantum cluster equilibrium method, ab initio and traditional molecular dynamics simulations, and the development of tools for analyzing trajectories.
Thomas Bredow Prof. Dr. Thomas Bredow: The Bredow group focuses on the application of solid-state quantum-chemical methods for studies of crystalline solids and surfaces. Key areas are ion diffusion processes in battery materials and adsorption processes in heterogeneous catalysis.


Prof. Dr. Frank Neese, MPI director of the Max Planck Institute for Chemical Energy Conversion, Mülheim an der Ruhr, is associated as honorary professor. Prof. Dr. Sigrid Peyerimhoff is active as professor emeritus.

 

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