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I study how to learn, verify, and simulate quantum systems, with a focus on bosonic and fermionic many-body dynamics. My work combines rigorous mathematical analysis with quantum algorithms and numerical methods.
I am a Research Associate at the University of Tübingen, working within the QuantEra TouQan consortium and SFB TRR 352. From October to December 2026, I am a Visiting Research Fellow at the Isaac Newton Institute for Mathematical Sciences in Cambridge, participating in the programme “Mathematics of many-body entanglement”, supported by a Simons Foundation Fellowship.
Previously, I visited the University of Cambridge from October 2025 to April 2026, supported by a personal DFG grant “Initiation of International Collaboration” on “Stability of Local Expectation in the Thermal Limit.” I completed my doctorate at the Technical University of Munich as a member of MCQST and SFB TRR 352, following my master’s studies at ETH Zurich.
Research themes
- Learning quantum dynamics: reconstructing Hamiltonians and Lindbladians from experimentally accessible data, including time-dependent dynamics and unknown interaction structures.
- Bosonic and fermionic systems: developing rigorous tools for information propagation in bosonic systems and learning fermionic dynamics under parity superselection.
- Stability and verification: understanding when local physical predictions remain reliable despite perturbations, including thermal equilibrium in long-range quantum systems.
Selected recent work
- Dissipation-Enabled Operator-Norm Locality Bounds for Bose-Hubbard Hamiltonians — Marius Lemm and Tim Möbus, 2026.
- Learning Local Fermionic Lindbladians under Parity Superselection — Tim Möbus, Daniel Stilck França, and Cambyse Rouzé, 2026.
- Learning and certification of local time-dependent quantum dynamics and noise — Daniel Stilck França, Cambyse Rouzé, Albert H. Werner, and Tim Möbus, 2025.
See my talks and videos for presentations of this work.
If you are interested in collaborating on these topics, I would be happy to discuss. You can reach me using the email link in the sidebar.