Emergent Relativistic Effects in Condensed Matter
From Fundamental Aspects to Electronic Functionality

Principal Investigators

John Lupton

B03

Experimental Condensed Matter Physics and Physical Chemistry;
Ultrafast optics and single-molecule fluorescence microscopy;
Organic electronics and spin electronics

Magdalena Marganska-Lyzniak

B04

Theoretical Condensed Matter Physics;
Electronic Structures, Carbon Nanotube Physics, Quantum Transport

Nicola Paradiso

B08

Experimental Condensed Matter Physics;
Quantum Hall Physics;
Scanning Probe Microscopy at low temperature, Nanoplasmonics;
Transport in carbon nanotubes, Transport in transition metal dichalcogenides

Jascha Repp

B01 - B02

Experimental Condensed Matter Physics;
Scanning Tunneling Microscopy;
Frequency Modulated Atomic Force Microscopy, Single Molecule Electronics

Klaus Richter

A07 - Z

Theoretical Condensed Matter Physics;
Mesoscopic Physics, Quantum Transport, Topological Insulators, Graphen, Spin-Electronics;
Semiclassical Methods and Quantum Chaos

Christian Schüller

B06

Experimental Condensed Matter Physics;
Optical Spectroscopy, Pump-Probe Spectroscopy, Raman Spectroscopy, Spin Dynamics, Semiconductor Nanostructures and Two-Dimensional Crystals

Dieter Schuh

A01

Experimental Condensed Matter Physics;
Epitaxy, Materials Science; Optical Spectroscopy, Quantum Transport, Spin-Electronics

Christoph Strunk

B04 - B08 - MGK

Experimental Condensed Matter Physics;
Mesoscopic Physics, Quantum Transport, Spin-Electronics;
Carbon Nanotubes, Shot Noise

Juan Diego Urbina

A07

Theoretical Condensed Matter Physics;
Mesoscopic Physics, Random Matrix Theory, Semiclassical Methods and Quantum Chaos;
Interference effects in Many-Body Quantum Systems, Open Quantum Systems

Dieter Weiss

A08

Experimental Condensed Matter Physics;
Quantum Transport, Mesoscopic Physics, Spin-Electronics;
Nanofabrication and Low Temperature Transport

Contact

SFB 1277
Doris Meier
Universit├Ąt Regensburg

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