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 the representation of quantum systems by artificial neural networks.

Recent projects

Supersolid-like sound modes in a driven quantum gas

Nature Physics 21, 1604-1070 (2025)

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People

Funding

Next Generation Quantum Simulators (Dynamite)

funded by QUANTERA ERA-NET Cofund in Quantum Technologies – Quantum Phenomena and Resources (QPR)

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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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