Experimental Condensed Matter Physics;
Charge and Spin Transport in Organic Semiconductors; Plasmonics
Experimental Condensed Matter Physics;
Materials science, Molecular beam epitaxy of low-dimensional systems, Self-organisation;
Spin electronics, Magnetic semiconductors;
Quantum information processing in solid state, Spin quantum bits
Experimental Condensed Matter Physics;
Semiconducting Nanostructures, 2D Materials;
Many-Body and Excitonic Phenomena
Theoretical Condensed Matter Physics;
Quantum Transport, Spin-Electronics;
Scanning Probe Microscopy, Nanoelectromechanical Systems, Molecular electronics
Theoretical Condensed Matter Physics;
Electronic structure of solids and low-dimensional systems;
Relativistic effects in non-magnetic and magnetic systems;
Electronic transport in bulk and layered materials;
Electron spectroscopy including dichroic effects
Experimental Condensed Matter Physics;
Graphene, 2D Materials, Ballistic Transport, Spin Transport
Theoretical Condensed Matter Physics;
Mesoscopic Physics, Quantum Transport, Molecular Electronics
Experimental Condensed Matter Physics;
Terahertz and infrared physics, semiconductor physics, spin sensitive optical and photoelectrical phenomena in Dirac fermions systems, nonlinear terahertz spectroscopy, tunnelling and multiphoton phenomena
Experimental Condensed Matter Physics;
Scanning probe microscopy in ambient conditions, ultrahigh vacuum and low temperatures, force sensor technology, tip - sample interactions, atomic manipulation, chemical identification of single atoms, algorithms for force deconvolution and image correction
Experimental Condensed Matter Physics and Optics;
Ultrafast Quantum Electronics and Photonics, Sub-cycle Quantum Optics, High-harmonics Generation;
Terahertz Photonics, Quantum Optics
SFB 1277
Doris Meier
Universität Regensburg
Phone: +49 (0) 941-943 2030
Email: SFB1277.Office@ur.de