Correlations in complex systems, from squeezing to non-Gaussian statistics

Understanding correlated quantum matter is central to both fundamental research and the development of quantum technologies. Experimental and theoretical efforts are developing towards this goal and across different research fields, from condensed matter to quantum optics and cold atoms. Strongly correlated quantum systems are characterized by strong (non-Gaussian) correlations between the individual objects that make them up. In recent years, the theoretical description and experimental measurement of these correlations have received particular attention. We therefore propose to bring together experts on these issues from different fields of research to exchange and share knowledge and know-how.