Direct Links:
Physics Department
- Institute of Physics (1) (Prof. Dressel)
Condensed Matter Physics, Quantum Matter, Low-Dimensional and Correlated Electron Systems; Optical Spectroscopy, Electrodynamic Properties, Quantum Magnetism - Institute of Physics (2) (Prof. Liu)
Nanophotonics, DNA Nanotechnology, Artificial Nanomachines, Biophysics on Synthetic Cells - Institute of Physics (3) (Prof. Wrachtrup)
Solid State Quantum Spintronics, Quantum Optics, Quantum Information Processing, Quantum Technology - Institute of Physics (4) (Prof. Giessen)
Plasmonics, Metamaterials, Nanooptics, Sensors, 3D printed Microoptics, Ultrafast Spectroscopy, Widely Tunable Ultrafast Laser Sources, High-power near- mid IR generation, Rydberg Exciton Quantum Systems, Integrated Quantum Technology - Institute of Physics (4) (Prof. Weiss)
Plasmonics, Nanophotonics, Chirality, Nonlinear optics, Resonant State Expansion - Institute of Physics (5) (Prof. Pfau)
Dipolar quantum gases, interacting Rydberg atoms, Rydberg quantum computers and quantum simulators, integrated photonics and quantum optics with thermal atoms, laser cooling and spectroscopy of molecules - Institute of Physics (5) (Prof. Nawrodt )
Physics Education Research
Institute of Theoretical Physics
- Institute of Theoretical Physics I (Prof. Lutz)
Nonlinear dynamics in semiclassics and quantum theory; quantum chaos; quantum field theory in extreme magnetic fields; quantum computing; quantum measuring process - Institute of Theoretical Physics II (Prof. Seifert)
Statistical physics of non-equilibrium systems; stochastic thermodynamics; efficiency and precision in micro- and nano-systems; molecular motors; biochemical and oscillating networks, thermodynamics of information processing - Institute of Theoretical Physics III (Prof. Büchler)
Quantum many-body theory of strongly interacting quantum systems; quantum optics; theoretical description of atomic and molecular cold gases; strong interaction between light and matter interaction in the few photon regime - Institute of Theoretical Physics IV (Prof. Speck)
Classical many-body statistical physics; non-equilibrium statistical physics and theory of phase transitions; active matter; structure formation; interfaces
Institute for Computational Physics
- Prof. Dr. C. Holm
Theory and Simulations of charged and magnetic soft matter, dynamics and transport in complex fluids, method development for efficient calculations for long ranged and hydrodynamic interactions - Prof. Dr. M. Fyta
Theory and Simulations of charged and magnetic soft matter, dynamics and transport in complex fluids, method development for efficient calculations for long ranged and hydrodynamic interactions Condensed-Matter Physics, Material Physics, Biophysics, Computational Physics
Institute of Semiconductor Optics and Functional Interfaces
- Prof. Dr. P. Michler
Semiconductor optics; semiconductor epitaxy; photonic quantum technologies; nuclear solid-state physics; semiconductor laser; semiconductor quantum optics
Institute for Functional Matter and Quantum Technologies
- Institute for Theory of Condensed Matter (Prof. Daghofer)
Condensed-Matter Theory; strongly correlated electron systems; quantum magnetism; theory for quantum materials - Institute for Experimental Physics I (Prof. Loth)
Atomic-scale physics, ultrafast charge and spin dynamics on surfaces, atom-by-atom construction of quantum magnets, Scanning probe microscopy, Solid State Physics, Surface Science, Magnetism - Integrated Quantum Optics (Prof. Barz)
Integrated quantum optics; Quantum information; Quantum networks, Integrated photonics - Hybrid Optical Quantum Technologies (Jun. Prof. Hong)
Hybrid optical and optomechanical quantum devices, quantum sensing, quantum information processing, fundamental quantum research - Institute for Experimental Physics III (Prof. Takagi)