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Quantum Chaos and Complexity
This special issue belongs to the section “Quantum Information“.
Special Issue Information
Dear Colleagues,
The research on quantum chaos finds its roots in the study of the spectrum of complex nuclei in the 1950s and the pioneering experiments in microwave billiards during the 1970s. This field is usually defined as the study of the connection between quantum mechanics and classical chaotic behavior, in order to understand how a well-defined characterization of the stationary and dynamical aspects of classical chaos emerges, both in the energy and in the time domains, respectively.
However, research on quantum chaos has certainly extended its scope during recent decades, due to the increasing discovery of connections with other disciplines in physics. It is nowadays an active field of research that has become of fundamental importance in the study of the properties, dynamics and control of complex quantum systems, and has found applications in a vast range of phenomena: nonlinear quantum dynamics, quantum complex networks, chaotic scattering in open systems, phase transitions in mixed quantum dynamics, Anderson localization, atoms in strong fields, etc.
Prof. Dr. Olimpia LombardiDr. Ignacio Gómez
Dr. Federico Holik
Dr. Sebastian Fortin
Guest Editors
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Keywords
- Quantum chaos
- Chaos and correspondence principle
- Quantum chaos, decoherence and classical limit
- Quantum ergodicity and mixing
- Complex quantum systems
- Quantum nonlinear systems
- Quantum complex networks
- Control of complex quantum systems
- Information, disorder and complexity measures
- Information theory and quantum chaos
- Quantum statistical complexity
- Random matrix theory
- Characteristic time scales
- Quantum billiards
- Open chaotic systems
- Quantum chaotic maps
- Periodic orbit theory
- Quantum expansion of trace formulas
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