One-Year Research Project
- Master Thesis
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The Department of Physics at the University of Stuttgart and the Max Planck Institute for Solid State Research are well known for their outstanding scientific research on solid state physics, atom and quantum optics, photonics, soft matter physics, strongly correlated many-body systems, physical modelling, and numerical simulation.
Take a look at the introductory videos of our professors!
Department of Physics
PHYSICS students can join the following departments, institutes and research groups for their one-year research project:
Department of Physics (Experimental Institutes)
- 1st Institute of Physics (Prof. Dressel, PD Artem Pronin)
Superconductivity; Quantum Phase Transitions; Molecular Quantum Materials; Topological Materials; Dirac- and Weyl-Semimetals; Optics of Nanostructures; Organic Conductors and Semiconductors - 2nd Institute of Physics (Prof. Liu)
Nanophotonics; DNA-Nanotechnology; - 3rd Institute of Physics (Prof. Wrachtrup)
Biophysics; Solid State Physics of Organic Materials; Energy and Charge Transport in Molecular Crystals; Superconductivity of Organic Metals; Molecular Electronics - 4th Institute of Physics (Prof. Giessen)
Photonic Crystals; Metamaterials; Ultrafast Pulse Propagation; White Light Lasers and their Applications; Plasmonics - 5th Institute of Physics (Prof. Pfau)
Atom Optics; Ultracold Atoms; Atom Lithography; Quantum Gases in Optical Lattices
FMQ (Institute for Functional Matter and Quantum Technologies)
- Theory of Condensed Matter (Prof. Daghofer)
- Quantum Microscopy (Prof. Loth)
- Physics Of Novel Quantum Materials (Prof. Takagi)
- Solid-State Optical Quantum Device Technology (Jun.-Prof. Hong)
- Integrated Quantum Optics and Quantum Information (Prof. Barz)
- Computer Simulations of Condensed Matter and Physics of Quasicrystals (Apl. Prof. Roth)
IHFG (Institute of Semiconductor Optics and Functional Interfaces)
Institute of Semiconductor Optics and Functional Interfaces
Institute for Computational Physics
Department of Physics (Theoretical Physics)
- Institute for Theoretical Physics I (Prof. Lutz, Prof. Main)
-Lutz Group-: statistical physics; quantum optics; nonequilibrium properties of nanosystems. -Main Group-: Nonlinear dynamics in semiclassics and quantum theory; quantum chaos; Transition State Theorie; Rydberg excitons and excitons in external fields; semiclassical quantisation of multidimensional chaotic systems - Institute for Theoretical Physics II (Prof. Seifert)
Stochastic thermodynamics; structure and dynamics of soft and bio matter; statistical physics of non-equilibrium systems; dissipative mesoscopic quantum systems. - Institute for Theoretical Physics III (Prof. Büchler, Prof. Scheurer)
-Büchler Group-: Quantum many-body phenomena; strongly interacting Rydberg polaritons; topological states of matter; Rydberg atoms; cold atomic gases and molecules with dipolar interactions; quantum computing with Rydberg atoms. -Scheurer group-: Unconventional superconductivity; quantum spin liquids; interaction effects in & stability of topological phases; machine learning for many-body physics. - Institute for Theoretical Physics IV (Prof. Speck)
Theory of inhomogeneous condensed matter, for more information please go to: https://icm.is.mpg.de
Max Planck Institute for Solid State Research
Max Planck Institute for Solid State Research (Departments)
Max Planck Institute for Solid State Research (Research Groups)
Focus On Research
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Dean of Studies
Hans Peter Büchler
Prof. Dr. sc. nat.Professor of Physics