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“Quantum interpretation” is a category for books that examine what quantum mechanics means, beyond its mathematics—probing reality, measurement, probability, and the role of the observer. These works compare and critique leading frameworks such as Copenhagen, Many-Worlds (Everett), Bohmian mechanics (pilot-wave), objective collapse models (e.g., GRW), QBism, relational quantum mechanics, and decoherence-based views, exploring their assumptions and consequences for determinism, locality, and ontology. The category spans scholarly monographs, philosophical analyses, and accessible popular science, often weaving in historical debates among figures like Bohr, Einstein, and Bell. Common themes include the measurement problem, entanglement and nonlocality, Bell’s theorem and hidden variables, and the status of quantum information. Overall, these books aim to clarify the conceptual foundations of quantum theory, map open questions, and assess whether experiments or new ideas could favor one interpretation over another.

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