Publication

From 2025, we offer a PhD position in the development and construction of a new quantum-gas microscope with fermionic lithium aimed at taking this control to the next level via digital quantum gates. Such gate-based control, as known from quantum computers, will allow us to address even more complex quantum problems, for example, from high-temperature superconductivity or quantum chemistry.

A position is available for a Postdoctoral Research Associate to join the new Fermionic Quantum Simulation team in an exciting research project at the intersection of neutral-atom quantum simulations and quantum computing. Funded by the European Union under ERC Grant FOrbQ, we will use a quantum-gas microscope to manipulate the dynamics of ultracold fermions in optical lattices at the single-atom level, utilising high-fidelity programmable quantum gates.