Projects
Our research group contributes to multiple long-term projects spanning research and education. Featured below are project highlights with links to external resources and collaborations.
DFG-funded junior research group investigating anomalous transport effects on topology-changing processes in the Standard Model. Combines classical statistical methods to the study of the real-time quantum dynamics of low-dimensional systems.
Modern software package for lattice simulations of field dynamics in an expanding universe. Supports interacting scalar field theories, Abelian U(1) and non-Abelian SU(2) gauge theories in an expanding universe, including gravitational waves production. De facto community standard, actively developed and open source.
Collaborative Research Centre (partners: Bielefeld, Darmstadt, Gießen and Frankfurt universities) studying strong-interaction matter under extreme conditions. Project A02 explores the QCD phase diagram using quantum information measures, quantum computations and effective field theories.
A junior school in theoretical physics held annually in the Swiss Alps, designed to foster collaboration among young researchers through lectures given by rising stars in different areas of modern theoretical physics. Topics include quantum information theory, quantum computing, entanglement in QFT, and holography. The next edition will take place on 17-22 May 2026. Links to previous editions: ALPS I, ALPS II.