News

CVD system

New CVD system for high-quality 2D materials like graphene up and running in our ALD/CVD lab.

Great work by our PhD Bernhard Fickl, assisted by our…

Andreas Lechner, who already completed his Bachelor's Thesis in our group in 2018, now re-joins us to pursue the concept of single-site photocatalysis…

Jasmin's work on the development of Cu-based co-catalysts for photocatalytic water splitting has been published in the Journal of Materials Chemistry…

Filip Smatlo on a tree

Filip Smatlo, a freshly finished Master's Degree holder from Brno University of Technology, (also known for the miraculous rescue attempt of…

[Translate to English:] Es sind drei "Landkarten" zu sehen, einmal die Rhodiumoxidation, erstellt mit Hilfe eines Rasterphotoelektronenmikroskops (SPEM), von der mit Pfeilen zwei Kugelmodelle weggehen, nämlich Terrassen und Stufen Rh-Atome, oxidierte Rh-Atome und O-Atome. Außerdem zu sehen sind eine in-situ Photoemissionselektronenmikroskopsaufnahme (PEEM) der katalytischen H2O Oxidation an Rh und eine Landkarte der lokalen katalytischen Aktivität. Sichtfeld 500 µm.

Why do metal oxide surfaces behave differently? Photoelectron Microscopy at the synchrotron and in the lab were combined to answer this important…