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Dissipative Quantum Chaos
Research bridging the theory of classical dissipative chaos with open quantum systems is advancing at an increasing pace. It is not only important for the quantum science community; it will also give new and fresh perspectives to researchers working in the field of classical dissipative chaos. This Focus Issue seeks to give a comprehensive overview of the field along the following three directions: spectral theory of dissipative quantum chaos and its relations to classical dissipative chaos, new quantum generalizations of the concept of Lyapunov exponents, and quantum synchronization.
Guest Editors: Sergey Denisov, Mikhail Ivanchenko, and Sergej Flach

REGULAR ARTICLES
Machine learning approach to the Floquet–Lindbladian problem
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V. Volokitin; I. Meyerov; S. Denisov
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Quantum Lyapunov exponents and complex spacing ratios: Two measures of dissipative quantum chaos
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I. I. Yusipov; M. V. Ivanchenko
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Many-body quantum chaos and dual-unitarity round-a-face
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Tomaž Prosen
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Degenerated Liouvillians and steady-state reduced density matrices
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Juzar Thingna; Daniel Manzano
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Localization-delocalization effects of a delocalizing dissipation on disordered XXZ spin chains
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Xiansong Xu; Dario Poletti
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On the hybrid Davies like generator for quantum dissipation
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Dariusz Chruściński
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Stefan Lange; Carsten Timm