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Die Wissenschaftler verfolgten die Orbital-Tomogramme mit ultrahoher Auflösung durch die Zeit. Die Elektronen in den Molekülen wurden dafür mit Femtosekunden-Laserpulsen in ein anderes Orbital angeregt.

Ultrafast Electron Dynamics in Space and Time

In textbooks, they are often depicted as colourful clouds: electron orbitals provide information on the whereabouts of electrons in molecules. In order to understand the exchange of electrons in chemical reactions, it is not only important to know their spatial distribution but also to be able to trace their motion in time. Scientists from Jülich, Marburg, and Graz have now made huge progress in this direction.

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24 Feb 2021 Interview with Stefan Tautz Published in Science
17 Feb 2021
01 Sep 2020
Scientists are developing an autonomous artificial intelligence system that can selectively grip and move individual molecules
06 Jul 2020 Funding for AI Projects
24 Jan 2020
Forschungszentrum Jülich to establish technology laboratory for quantum computers
04 Nov 2019
Researchers use single molecule on microscope tip as a sensor to detect magnetic moments with unprecedented spatial resolution
23 Jul 2019 Chemical Reaction Under the Magnifying Glass
12 Jun 2019
27 Jun 2018
09 Apr 2018
05 Sep 2017
15 Mar 2017
29 Mar 2016
05 Oct 2015
05 Aug 2015 Different Metal, Same Bond

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