Dissipative Quantum Chaos 2026

Real quantum systems are never perfectly isolated: interactions with their environment profoundly reshape how chaos emerges, spreads, and decays. This workshop explores dissipative quantum chaos along three intertwined threads. The first concerns its fundamental characterization — from non-Hermitian random matrix theory and Lindbladian spectra to insights from holography and strongly interacting models. The second addresses many-body dynamics, asking how driven-dissipative systems thermalize, scramble information, or resist chaos altogether. The third connects theory to experiment, with platforms such as quantum fluids of light and complex photonic media where dissipation is not merely a nuisance but a resource. By bringing these perspectives together, DiQuaC2026 aims to chart a unified picture of chaos in open quantum systems

Invited speakers: 

Alessandro Silva, SISSA, Italy

Lucas Sa, University of Cambridge, UK

Federico Roccati, University of Palermo, Italy

Alberto Biella, CNR/INO University of Trento, Italy

Pietro Brighi, University of Wien, Austria

Iacopo Carusotto, CNR/INO University of Trento, Italy

Stefan Rotter, TU Wien, Austria

Federico Balducci, MPI-PKS Dresden, Deutschland

Leonardo Ricci, University of Trento

David Pascual Solis, University di Trento

Alex Windey, University di Trento

Chiara Capecci, University of Trento

Pietro Pelliconi, Princeton University

Naga Dileep Varikuti, University di Trento

Leela Ganesh Chandra Lakkaraju, University di Trento

Scientific Coordinator:

Andrea Legramandi: andrea.legramandi@unitn.it

Leela Ganesh Chandra Lakkaraju: ganesh.lakkaraju@unitn.it

Philipp Hans Juergen Hauke: philipp.hauke@unitn.it