Our collaboration is aimed at getting a more profound understanding of both classical chaotic systems and their quantum counterparts.
The research is organized into two main lines: the former concerns the analysis of problems of general interest (and to mention a few contributions we performed in recent years we cite the theory of quantum dynamical localization, classical and quantum models of anomalous and directed transport, the relationships between dynamical and spectral properties of classical and quantum systems and the theory of periodic orbit expansions), while the latter focuses on applications, like the behaviour of atoms in strong fields, quantum chaotic effects in cold atoms and Bose condensates, chaotic effects in nuclear systems, the characterization of mesoscopic systems and fundamental issues of quantum computation.