Research

We conduct interdisciplinary research at the interface between engineering, nanotechnology, materials science, medicine, and biology. 
We apply our knowledge for developing new nanoscale tools (e.g. the FluidFM) and methods for biosensing, diagnostics, and interfacing biology. We also develop new biomedical devices using stretchable electronics.

Besides our application oriented activities, we are also interested in answering basic research questions about how our brain processes and stores information using controlled neural networks that we analyze with machine learning.