The team of Prof. Markus Valtiner at TU Wien focuses on the broad areas of solid|liquid interfaces, electrochemistry as well as interfacial forces and their utilization for making better energy-saving, energy efficient, cheaper, long lasting smart materials for application in structural and functional materials. This includes for example electrocatalysts for electrochemical carbondioxide reduction, as well as development of stable and long lasting structural materials. We are also interested in dynamic interaction forces, single molecular interactions and soft matter physics in confined spaces. Our aim is to gain insight into the fundamental interactions in complex interfacial processes, and to translate fundamental science into knowledge-based design of better and novel structural and functional materials for technological applications.
We are experts for surface analysis techniques (AFM, XPS, AES, SFA...) and for the application of molecular modelling technologies (DFT, MD simulations as well FEM simulations). We work at both fundamental scientific as well as applied industrial scales and intensively collaborate with industrial partner in the framework of the COMET Centre of Excellence CEST (Center for Electrochemical Surface Technology), where Markus Valtiner is also scientific director.


Interested in our work? Follow us on twitter!

🔎 Forschende von TU Wien und @univienna lüften nach jahrzehntelanger Suche das Geheimnis um die #Oberflächenstruktur von #Aluminiumoxid. Die Ergebnisse wurden jüngst in @ScienceMagazine veröffentlicht. #TechnikfürMenschen #ResearchMatters
https://brnw.ch/21wMCr8

Read our latest Community Board Pick blog by Materials Horizons Community Board member @GuselnikovaOlya summarising the recent work by @YadongYin_UCR on magnetic assembly of plasmonic chiral superstructures 🔗https://blogs.rsc.org/mh/2024/06/11/a-pathway-from-nanoscale-templates-to-magnetic-assembly-of-plasmonic-chiral-nanoparticles-the-future-of-chiral-superstructures-in-nanotechnology

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