Research

Quantum Systems

The focus is on the dynamics of complex quantum systems. Our research ranges from the physics of ultracold quantum gases, quantum materials, solid state physics at ultralow temperatures, photon gases at room temperature to neuromorphic quantum photonics.

• Nonequilibrium Systems (Enss)
• Correlated Quantum Materials (Klingeler)
• Synthetic Quantum Systems (Oberthaler, Gasenzer)
• Dual Comb Spectroscopy (Oberthaler)
• Complex Materials Spectroscopy (Ollefs)
• Neuromorphic Quantumphotonics (Pernice)
• Optical Quantum Systems (Schmitt)

Fundamental Particles and Interactions

Physical models in particle physics will be tested by experiments at particle accelerators. The KIP is involved in several large international collaborations. In addition, novel detectors are developed here.

 

• ATLAS (Schultz-Coulon)
• Detector Development (Schultz-Coulon)
• Magnetic Micro Calorimeter (Enss)
• Direct dark matter searches (von Krosigk)