Relativistic quantum information

His research covers quantum field theory, interpretation of quantum mechanics and, more recently, quantum cosmology. His further topics of research include the foundation of quantum mechanics, dissipative QFT, space-time at Planck scale, the group approach in quantum cosmology, systems theory, nonlinear dynamics, as well as computation in physical systems (sub-and super-Turing systems). Licata has recently developed a new approach to quantum cosmology with L. Chiatti ("Archaic Universe") based on de Sitter group, and has proposed a new nonlocal correlation distance, the bell length, with D. Fiscaletti. vii Preface to "Relativistic Quantum Information" Relativistic quantum information (RQI) is a multidisciplinary research field that involves concepts and techniques from quantum information with special and general relativity. General relativity and quantum physics are two established domains of physics that have been mutually incompatible until now. Hawking radiation, the black hole information paradox including soft photons and gravitons, the equivalence between the Einstein-Rosen bridge from general relativity, and the Einstein-Podolski-Rosen paradox from quantum mechanics are examples of the new phenomena that arise when two theories are combined. RQI uses information as a tool to investigate spacetime structure. On the other hand, RQI helps to identify the applicability of quantum information techniques when relativistic effects become important: entanglement and quantum teleportation can be used to reveal gravitational waves or realize a quantum link between satellites in different reference frames in view of future large-scale quantum technologies. The aim of this Special