Synthetic Quantum Systems

Theory

Prof. Thomas Gasenzer

Far-from-equilibrium Quantum Dynamics

  • Ultracold quantum gases far from equilibrium
  • Universal dynamics and quantum turbulence
  • Artificial neural networks for quantum physics
  • High correlations and entanglement
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Within the Synthetic Quantum Systems group we are developing experimental and theoretical methods for quantum many-body systems in and out of equilibrium. We focus, in particular, on ultracold atomic quantum gases, universal dynamics, long-time evolution and thermalisation, quantum field simulation, strong correlations and entanglement, and gravitational physics in the laboratory.

NEWS

Retreat

We have sucessfully managed to return from our retreat in the Allgäu Alps! It was an enriching and inspiring experience, filled with fascinating discussions on physics and insightful exchanges of ideas between the different subgoups.

(2026-10-02)


Yannick graduated!

Yannick Deller is now Dr. Yannick Deller! Congratulations on this great achievement!

We are delighted that we will continue to benefit from your expertise during your postdoc over the coming months.

(2026-06-16)

Recent projects

Supersolid-like sound modes in a driven quantum gas

Nature Physics 21, 1604-1070 (2025)

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People

Funding

SynQS

part of Excellence Cluster STRUCTURES (EXC2181/1)

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A new era of transient tracers in the Arctic and Atlantic oceans

cooperation partner in ‘ERC-2020-COG101001451 — TITANICA  (Núria Casacuberta Arola)

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