Experimental physics V - solid state physics
- Superconductivity: basic properties & devices (electric transport and noise in thin films, Josephson junctions and SQUIDs; nanoSQUIDs for the investigation of small spin systems)
- Superconductor cold atom hybrid systems (superconducting microtraps, microwave resonators coupled to atom clouds)
- Non-linear effects in superconductors (ratchets, negative mobility)
- Thin film technology and nanostructures (metals, transition metal oxides)
- Magnetism (spin-polarized transport, nanomagnets)
- Imaging techniques: low-temperature scanning electron/laser microscopy (imaging electric transport properties, vortex imaging, Kerr microscopy)
