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Research

5th Institute of Physics

Current research projects at the 5th Institute of Physics.

Image: Wolfram Scheible

Our experimental research focuses on atomic, molecular, and optical physics with the aim to engineer, control, and understand new phenomena in interacting quantum systems. We exploit methods of laser cooling and trapping and particular focus on atomic and molecular gases with long-range dipolar interaction. The insights obtained from ultracold matter are further transferred to identify atomic-vapor-based applications at room temperature.

Cold Molecules

Research group led by Prof. Dr. Tim Langen. Laser cooling of atoms and molecules for applications in …

Dipolar Quantum Gases

This project explores novel states of matter and collective phenomena using quantum gases of dipolar …

Many-Body Physics with Circular Rydberg …

This project is dedicated to achieve control over ensembles of laser-cooled and trapped circular …

Physics Didactics Research

Advancing Physics Education

Quantum Network Node

Carl-Zeiss-Stiftung Junior Research Group for Quantum Photonics led by Dr. Stephan Welte. The group …

Quantum Optics with Hot Atoms

We implement non-linear quantum effects by interfacing photons to thermal atoms in microscopic …

Rydberg Quantum Computer

This research project is dedicated to developing a quantum computer demonstrator based on trapped …
Ion microscope

High-resolution Ion Microscope

This project aims at spatially resolved studies of heteronuclear Rydberg quantum gases by combining …

Trace Gas Sensing

We propose and demonstrate the applicability of a new kind of optogalvanic sensor based on Rydberg …

Former Projects

Past activities in our laboratories.

Contact

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5. Physikalisches Institut

 

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