Bioelektronik (IBI-3)

Development and in vitro validation of flexible intraretinal probes

The coating of neuroelectronic surfaces converts bioincompatible electrodes into biocompatible surfaces and permits a perfect electronic cell-chip coupling. Thus, we obtain a surface modification protocol that facilitates the chemical and biocompatible modification of dielectric oxides and metals of bioelectronics devices in one preparation step.

Gold nanohole arrays are proposed as transparent and conductive plasmonic material that accelerates visible-light-triggered chemical reactions including molecular switching.

Selection of Recent Publications and Results

List of current research projects

Selection of Recent Publications and Results