Research
Vision
Electrochemical impedance spectroscopy (EIS) is an electrochemical method that is capable of characterizing a range of different electrochemical systems. In my research, I aim to unravel the unexplored potential of EIS for the in-depth impedimetric fingerprinting and analysis of biological and non-biological systems. I aim to transfer knowledge between different application areas and develop new mathematical modeling approaches.
New developments and progress in the interdisciplinary application of novel impedimetric modeling approaches for power sources, plant physiology, and bacterial biofilm characterisation will be posted on this website.
