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    Quantum mechanics lacks the nonlinearity required for cla... — Carmelics
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    Supports→Quantum systems cannot exhibit true analogs of classical chaos

    Quantum mechanics lacks the nonlinearity required for classical chaos

    CausationModality & Possibility
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    Modality & PossibilityCausation

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    Classical chaotic dynamics has a continuous energy spectrum, while bounded isola...Classical chaotic dynamics supports fractal structure in state space, while quan...Quantum systems cannot exhibit true analogs of classical chaosQuantum wave packets spread over the energy surface by the Ehrenfest time, preve...

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    Semi-classical quantum systems can only mirror classical chaotic behavior up to ...

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    Quantum mechanics cannot exhibit chaos in the classical sense91%Quantum systems cannot exhibit true analogs of classical chaos78%Nonlinearity is a necessary condition for chaotic behavior in classica...76%Nonseparable classical systems are the kinds of systems where chaotic ...76%

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    One difference between classical chaotic dynamics and quantum dynamics is that the state space of the former supports fractal structure while the state space of the latter does not. A second difference is that classical chaotic dynamics has a continuous energy spectrum associated with its motion. As previously noted, classical chaos is considered to be a property of bounded macroscopic systems. In comparison, the quantum dynamics in bounded, isolated systems has a discrete energy spectrum associ

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