In honor of Albert Weller (1922-1996), the GDCh Division of Photochemistry , together with the German Bunsen Society for Physical Chemistry, usually awards the Albert-Weller Award for an outstanding dissertation in the field of photochemistry / spectroscopy every two years . The award is intended for young academics up to a maximum of two years after their doctorate and is combined with an award certificate and prize money of 1,000 euros. Usually, the handover takes place on the occasion of the annual meeting of the Division of Photochemistry , which takes place in even years, and the awardee winner is invited to present the award-winning work in a scientific lecture . A panel of experts made up of members from both societies will decide on the award of the prize. The prize can be shared.
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On the occasion of the 28th Lecture Conference on Photochemistry, the Photochemistry Division of Photochemistry of the German Chemical Society and the German Bunsen Society for Physical Chemistry awarded the Albert-Weller Award 2022 to Dr. Caroline Mueller and Dr. Felix Strieth-Kalthoff.
The award will be given to Dr. Carolin Müller awarded "in recognition of her outstanding dissertation entitled "Towards Operando Spectroscopy of Supramolecular Photocatalysts -" prepared in the working group of Prof. Dr. Benjamin Dietzek-Ivanšić at the Friedrich Schiller University Jena and the Leibniz Institute for Photonic Technologies. A Case Study on Ru-dppz-derived Systems". As part of her dissertation, Dr. Müller succeeded in taking important steps on the way to an operando sub-ps time-resolved transient absorption spectroscopy and thus to the processes occurring in molecular photocatalysts after light excitation In doing so, Dr. Müller was able to characterize the photophysics of extremely short-lived reaction intermediates during the course of photocatalytic hydrogen evolution and thus to obtain information about the reaction mechanism and possible deactivation paths of the molecular photocatalysts, which improve the efficiency and stability of the systems influence".
The award will be given to Dr. Strieth-Kalthoff awarded "in recognition of his outstanding dissertation entitled "Systematic and computer-aided methods for the discovery and development of chemical reactions", prepared in the working group of Prof. Dr. Frank Glorius at the Westfälische Wilhelms-Universität Münster". The dissertation shows in an impressive The way in which methods of organic synthesis, combinatorial chemistry, time-resolved spectroscopy and quantum chemistry can be used to discover novel photocatalytic reactions and to investigate and understand their molecular mechanisms newly discovered reactivities, based on triplet-triplet energy transfer processes, Mr. Strieth-Kalthoff demonstrates how the knowledge gained can be used for the design of improved catalysts and synthetic transformations from photocatalysis with visible light towards a milder, broadly applicable and thus more sustainable strategy for the synthesis of complex organic molecules".
On the occasion of the virtual 27th Lecture Conference on Photochemistry, the Photochemistry Division of Photochemistry of the German Chemical Society and the German Bunsen Society for Physical Chemistry award the Albert-Weller Award 2020, donated by ATTO-TEC GmbH, to Dr. Michael Peter Kathan and Dr. Yusen Luo.
The award will be given to Dr. Kathan awarded in recognition of his outstanding dissertation entitled: "Photoswitching Reactivity - From Remote-Controlled to Light-Driven Chemical Systems". The award winner's impressive work deals with the fundamental question of photochemical control of thermal equilibria. Dr. Kathan has developed creative approaches to optically control and drive condensation-hydrolysis equilibria using photoswitches. By creatively coupling photoinduced 6 electrocyclization and thermal keto-enol tautomerism, he was able to remotely control both living polymerization processes and dynamic covalent imine Make or break bonds against their equilibrium position, i.e. quasi uphill. His work has significant application potential for self-healing materials, for example in sensors and for solar recycling of polymers. The dissertation was carried out in the working group of Prof. Dr. S tefan Hecht at the Humboldt University in Berlin.
The prize is awarded to Dr. Luo to recognize her outstanding doctoral thesis, entitled: “Photoinduced Electron Transfer Dynamics in Ruthenium(II) Bis(terpyridine) Based Molecular Dyads and Triads”. dr Luo studied the photoinduced electron-transfer dynamics in covalently linked molecular dyads and triads as model systems for molecular photoredox catalysts. Using model systems comprising a Ru-terpyridin-based photosensitizer, a fullerene acceptor and a phenothiazine donor, Dr. Luo could obtain novel insights into the mechanisms of photodriven electron transfer. Resorting on temperature-dependent ultrafast time-resolved transient absorption spectroscopy, Dr. Luo experimentally demonstrated novel effects, eg investigating the impact of a formally spectator ligand on the electronic coupling between photosensitizer and electron donor. Such “remote control” of electron transfer has been speculated about but has never been demonstrated experimentally before.
|2022||Dusseldorf|| dr Caroline Mueller|
dr Felix Strieth-Kalthoff
Friedrich Schiller University Jena
|2020||Online lecture conference|| dr Michael Peter Kathan|
dr Yusen Luo
Humboldt University of Berlin
|2016||Jena|| dr Dominik Bucher|
dr Martin Herder
| LMU Munich|
Humboldt University of Berlin
|2014||Cologne|| dr Catherine Rottger|
dr Maria Wachtler
University of Kiel
|2010||gain||dr Tobias Nils Wassermann||University of Goettingen|
|2008||Bielefeld||dr Philip Zacharias||University of Cologne|
|2007||Cologne|| dr Anton Granzhan|
dr Manuela Schiek
University of Siegen
|2005||Jena||dr Christopher David Muller||University of Cologne|
|2003||Mülheim ad Ruhr|| dr Robert Huber|
dr Uwe Pischel
| LMU Munich|
|2001||Wuerzburg|| dr Wojciech Macyk|
dr Tobias Steinel
University of Erlangen-Nuremberg
|1999||Munich||dr Peter Gilch||LMU Munich|
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last modified: 14.10.2022 08:11 H from M.Fries