Electrochemical Surface Science
The Domke group aims to obtain atomistic insights into (electro)chemical processes at solid/liquid interfaces, such as catalyst-site reactivity, molecular redox-activity, and surface- or pore-confinement of solvent species. Such fundamental knowledge is quintessential for the strategic engineering of (re)active interfaces for functional and sustainable energy conversion device components. To achieve this aim, we develop and employ state-of-the-art operando nearfield and nonlinear spectro-microscopies that provide unique insights into the electronic, geometric and chemical properties of model electrochemical interfaces.
Meet us at:
WE Heraeus Seminar: Confinement Control on the Molecular Level in Bad Honnef, Germany, 13-17 Sept 2026
07/07/2026
Firmenlauf
24/06/2026
ACS Catalysis
Read about our latest findings on mechanistic plurality and role of pH in HO/ER@Pt in alkaline media!
19/06/2026
Teamˆ2 Day
We enjoyed a fun seminar day with AKs Wieduwilt & Domke!
RESOLV
The RESOLV initiative pioneers interdisciplinary advancements in solvation science,
revealing how solvents shape chemical processes across biology, industry, and beyond.
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Natural Water to Hydrogen
The Water2H2 project at the University of Duisburg-Essen pioneers sustainable water-to-hydrogen conversion, advancing clean energy through innovative electrolysis and interdisciplinary research to support green energy and cut carbon emissions.
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ACTIVE SITES
The research center ACTIVE SITES has been created as a platform for scientists with common research interests, in the field of interdisciplinary development of methods for the characterization of active sites in an aqueous functional environment.
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