We are a theory group interested in how to create, control and exploit quantum coherence in the many-body setting. The big questions we address include interplay of topology, interactions and disorder, and control by driving, feedback and dissipation. We aim at advancing quantum technology and the understanding of non-equilibrium phases of matter.
A central theme of our research is quantum coherence in atomic, mesoscopic, and optical systems and, in particular, how to exploit it for fundamental table-top science and future quantum technologies. This puts our work at the interface of theoretical quantum optics, atomic and laser physics, condensed matter theory, and quantum information science. In particular, we have worked on strong correlations, quantum-enabled technology, and control of ultracold atomic gases, superconducting circuits, and cavity optomechanical systems.
Andreas Nunnenkamp’s research focuses on synthetic quantum many-body systems, aiming to understand and control complex quantum matter for future…
We welcome Jan Koziol as PostDoc in the group!
Jan joins us from FAU Erlangen where he wrote his PhD thesis in the group of Prof Kai Phillip Schmidt.
The Special Research Area (SFB) “Neutral-Atom Quantum Systems with High Connectivity” (€4.1 million, 4 years) with the participation of Andreas…
