Quantum Chaos — Quantum Measurement

Quantum Chaos.- The Role of Perturbation Theory in the Development of Physics.- Dynamical Chaos and Many-Body Quantum Systems.- Unbounded Quantum Diffusion and a New Class of Level Statistics.- Quantal Suppression of Chaos and its Realizations.- A Model for Irregular Scattering in the Presence of Localization.- Localization and Delocalization of Quantum Chaos.- Scaling Properties of Localized Quantum Chaos.- Dynamical Localization Mathematical Framework.- Keeping Track of Chaos by Quantum-Nondemolition Measurements.- Tunnelling and the Lazy Baker’s Map.- Regular Orbits for the Stadium Billiard.- Banded Random Matrix Ensembles.- Chaotic behaviour of open quantum mechanical systems.- Relativistic Quantum Chaos in de Sitter Cosmologies.- Quantum Measurement.- Quantum Records.- Macroscopic Quantum Objects and their Interaction with External Environments.- Continuously Measured Chaotic Quantum Systems.- Measurement Aspects of Quantum Optics.- On the Completeness of the Classical Limit of Quantum Mechanics.- Looking at the Quantum World with Classical Eyes.- Quantum Mechanics and Real Events.- Negative Probability and the Correspondence between Quantum and Classical Physics.- When Does a Wave Become a Particle?.- Relativistic Model for Statevector Reduction.- Quantum Measurement and Gravity for Each Other.- The Dynamical Reduction Program.