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    Classical chaos requires exponential separation between n... — Carmelics
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    Challenges→Quantum mechanics cannot exhibit chaos in the classical sense

    Classical chaos requires exponential separation between nearby states (sensitivity to initial conditions)

    Modality & PossibilityProof of definition segments
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    Linear evolution preserves Hilbert space norm, so quantum states starting close ...Quantum mechanics cannot exhibit chaos in the classical senseSchrödinger's equation is linearTherefore, no separation between quantum states occurs under Schrödinger evoluti...

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    Sensitive dependence on initial conditions (SDIC) means that nonlinear...81%The best candidates for necessary conditions for chaos are WSD or the ...74%The best candidates for necessary conditions of chaos (stretching, fol...74%Classical chaotic dynamics supports fractal structure in state space, ...73%

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    Before looking at these questions, there is the thorny problem of defining quantum chaos. The difficulties in establishing an agreed definition of quantum chaos are actually more challenging than for classical chaos (§1). Recall that there were several subtleties involved in attempting to arrive at a consensus definition of classical chaos. One important proposal for a necessary condition is the presence of some form of stretching and folding mechanism associated with a nonlinearity in the syste

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