Priv.-Doz. Dr. Markus Kratzer heads the SPM Group at the Chair of Physics, which specializes in high-resolution atomic force microscopy (AFM) and surface physics (KPFM, MFM, PFM & PiFM). His team researches the complex morphology and physical and electrical properties of surfaces at the nanoscale. The research focuses on nanostructured semiconductors, modified polymers, and organic molecular semiconductors, which are used, for example, in organic solar cells or OLEDs. Through the precise analysis and design of topographical surface architectures, the group is driving forward the technological development of innovative components for microelectronics and optoelectronics. In addition to his research, Priv.-Doz. Dr. Kratzer is intensively involved in academic teaching and the promotion of young scientists. >more<

Dr. Alice Lassnig is dedicated to the development and modification of polymeric surfaces for pioneering high-tech applications. Her focus lies particularly in the field of printed electronics as well as targeted surface characterization. Through innovative processes, she develops tailor-made, polymer-based coatings that enable entirely new functionalities, such as flexible conductivity or sensory properties. This in-depth research into functional polymer surfaces rapidly drives industrial innovation and paves the way for the seamless integration of smart electronics into the next generation of everyday products. >more<

Priv.-Doz. Dr. Aleksandar Matkovic leads the 2D_Mat_Lab, a highly dynamic research group dedicated to the fascinating properties of two-dimensional materials. Funded by a prestigious ERC Starting Grant, his team researches polarized 2D materials, hybrid plasmonic systems, and the highly complex interfaces in 2D semiconductor devices. From specialized nanoparticle decorations to innovative contacts in nanoelectronics: the group deciphers the physical behavior of ultra-thin layers at the atomic level. With this excellent fundamental research, the team is laying the foundation for entirely new, extremely miniaturized, and high-performance architectures in modern high-tech electronics. >more<

Univ.-Prof. Dipl.-Ing. Dr.mont. Steffen Stelzer heads the Chair of Processing of Composites and Design for Recycling. His vision is to conserve valuable resources and drive forward the sustainable circular economy through pioneering lightweight solutions made of polymer-based fiber composites. At the center of his applied research are holistic process development, automation, and simulation. His team profoundly analyzes the complex interaction between the processing method, material structure, and the resulting component properties. Through the clever combination of phenomenological processing models with state-of-the-art plant control, he enables the resource-efficient, fully automated, and economical manufacturing of high-quality composite components. In doing so, he creates essential technological foundations for sustainable component design in industry. >more<