jascha.repp@physik.uni-regensburg.de
Office: PHY 1.1.10
Phone: +49 941 943 - 4201
christoph.rohrer@physik.uni-regensburg.de
Office: PHY 1.1.09
Phone: +49 941 943 - 4200
?anja.inzenhofer@physik.uni-regensburg.de
Office: PHY 1.1.06
Phone: +49 941 943 - 2054
Tzu-Chao.Hung@physik.uni-regensburg.de
Office: PHY 1.1.12
Phone: +49 941 943 - 4202
Research: Light matter interaction in single molecules
Niklas.Friedrich@physik.uni-regensburg.de
Office: PHY 1.1.11
Phone: +49 941 943 - 4203
Research: Light matter interaction in nanostructures
andreas-niklas.rank@physik.uni-regensburg.de
Office: PHY 1.1.12
Phone: +49 941 943 - 4202
Research: Development of novel LW-STM techniques
carmen.roelcke@physik.uni-regensburg.de
Office: PHY 2.1.09
Phone: +49 941 943 - 2066
Research: Development of novel LW-STM techniques
lisanne.sellies@physik.uni-regensburg.de
Office: PHY 1.1.11
Phone: +49 941 943 - 4203
Research: Electron spin resonance atomic force microscopy (ESR-AFM)
raffael.spachtholz@stud.uni-regensburg.de
Office: PHY 1.1.12
Phone: +49 941 943 - 4202
Research: Development of novel LW-STM techniques
Office: PHY 1.1.08
Phone: +49 941 943 - 6050
Research: Development of novel LW-STM techniques
Office: PHY 1.1.08
Phone: +49 941 943 - 6050
Research: Development of novel LW-STM techniques
Office: PHY 1.1.08
Phone: +49 941 943 - 6050
Research: Electron spin resonance atomic force microscopy (ESR-AFM)
Office: PHY 1.1.08
Phone: +49 941 943 - 6050
Research:?Development of novel LW-STM techniques
Office: PHY 1.1.11
Phone: +49 941 943 - 4203
Research: Electron spin resonance atomic force microscopy (ESR-AFM)
Latest News
In a recent publication in Nature Nanotechnology, we report on the development of a single-molecule time-resolved tunneling spectroscopy detected via atomic force microscopy.