Funding

Our research is made possible by generous support from national and European funding agencies and foundations.

DigiAnaQsim

Aims to make quantum simulators more powerful, flexible and useful for understanding complex quantum systems.

QuantERA project studying novel forms of matter using ultracold atoms (dysprosium, potassium, ytterbium) across six European institutions.

Joint Israel Science Foundation / DFG grant on sub-wavelength atomic arrays in optical lattices (collaboration with Hebrew University).

DFG Research Unit on machine-learning applications to complex quantum states, coordinated by the University of Regensburg.

DFG Research Unit on driven-dissipative quantum systems to engineer low-entropy many-body states.

DFG Research Unit on out-of-equilibrium quantum many-body physics and thermalization with ultracold atoms.

EU Quantum Flagship project developing programmable quantum simulators with enhanced optical-lattice capabilities.

Next-generation quantum simulators for lattice gauge theories.

Trapped-atom quantum computer development using Rydberg states.

Munich Center for Quantum Science and Technology – excellence cluster spanning physics, mathematics, computer science and materials science.

Hybrid platform combining analogue quantum simulation with digital quantum computing.

ERC project on lattice gauge theories with fermionic ytterbium atoms.

DFG Research Unit on artificial gauge fields and topological phases in ultracold atoms.