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“Quantum chaos” books examine how the hallmarks of classical chaos translate into the quantum realm, asking what replaces trajectories when wave mechanics and uncertainty take over. The category spans core methods—semiclassical analysis, random matrix theory, eigenvalue statistics, and phase‑space techniques—and showcases canonical systems like quantum billiards, kicked rotors, microwave cavities, quantum dots, and ultracold atoms. Common themes include wavefunction scarring, quantum ergodicity and thermalization (e.g., the eigenstate thermalization hypothesis), information scrambling, and links to many‑body localization and quantum computing. The shelf ranges from textbooks and research monographs to accessible overviews for advanced students, researchers, and technically inclined readers seeking the signatures and applications of chaos in quantum systems.

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