Research Groups

Dr Johannes ZeiherQuantum Matter Interfaces

Dr Johannes Zeiher
Quantum Matter Interfaces

The independent research group Quantum Matter Interfaces aims to study the connection of assembled arrays of laser-cooled atoms to novel interfaces with optical photons. Therefore, we combine atomic Rydberg arrays in optical tweezers with optical resonators. Next to the realization of measurement-based controlled feedback on quantum systems – the basis of quantum error correction – our aim is also to study novel interactions and the generation of entanglement in quantum many-body systems. more
Dr Philipp PreissAtomic Quantum Matter

Dr Philipp Preiss
Atomic Quantum Matter

The group Atomic Quantum Matter pursues the experimental application of quantum information concepts to ultracold atomic systems. We use the tools of quantum gas microscopy, including optical tweezers, lattices, and single-particle resolved imaging, to realize many-body systems with single-particle control. Our experiments provide the experimental testbed for new ideas emerging at the interface between condensed matter physics and quantum information science. more
Dr. Andreas ReisererOtto Hahn Group Quantum Networks

Dr. Andreas Reiserer
Otto Hahn Group Quantum Networks

A future quantum network will consist of quantum processors that are connected by quantum channels, just like conventional computers are wired up to form the Internet. In contrast to classical devices, however, the information that can be encoded in a quantum network grows exponentially with the number of nodes, and entanglement of remote particles gives rise to non-local correlations.
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Dr. Richard SchmidtTheory of Quantum Matter

Dr. Richard Schmidt
Theory of Quantum Matter

The research focus of the group “Theory of Quantum Matter” lies at the intersection of theoretical solid state and atomic physics. We are particularly interested in systems that feature a strong interplay of few- and many-body physics with the aim to understand its significance for the dynamics, spectroscopic and transport properties of quantum matter realized in ultracold atomic gases and semiconducting materials.
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