Christian Back

A08 - A10

Experimental Condensed Matter Physics;
Magnetisation Dynamics, Magnetic Materials, Spin-Electronics

Sebastian Bange

B03

Experimental Condensed Matter Physics;
Charge and Spin Transport in Organic Semiconductors; Plasmonics

Dominique Bougeard

A01

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

Alexey Chernikov

B05

Experimental Condensed Matter Physics;
Semiconducting Nanostructures, 2D Materials;
Many-Body and Excitonic Phenomena

Andrea Donarini

B02

Theoretical Condensed Matter Physics;
Quantum Transport, Spin-Electronics;
Scanning Probe Microscopy, Nanoelectromechanical Systems, Molecular electronics

Jonathan Eroms

A09

Experimental Condensed Matter Physics;
Graphene, 2D Materials, Ballistic Transport, Spin Transport

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Ferdinand Evers

A03 - MGK

Theoretical Condensed Matter Physics;
Mesoscopic Physics, Quantum Transport, Molecular Electronics

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Jaroslav Fabian

A09 - B07 - B11

Theoretical Condensed Matter Physics;
Spintronics, Two-dimensional materials

Sergey Ganichev

A04

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

Isabella Gierz-Pehla

B10

Milena Grifoni

B09 - B04

Theoretical Condensed Matter Physics;
Quantum Transport, Spin-Electronics, Molecular Electronics, Low-dimensional systems;
Quantum dissipative systems, quantum computing

Rupert Huber

A05 - B02

Experimental Condensed Matter Physics and Optics;
Ultrafast Quantum Electronics and Photonics, Sub-cycle Optics and Transport;
High-Harmonics Generation, Nano-Spectroscopy, Terahertz Photonics, Quantum Optics

Markus Huber

A05

Matthias Kronseder

A01 - A08

Kaiqiang Lin

B11

John Lupton

B03

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