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    Stretching and folding mechanisms are necessary for chaot... — Carmelics
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    Home/Modality & Possibility
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    Supports→Nonlinearity is a necessary condition for chaotic behavior in classical macroscopic systems

    Stretching and folding mechanisms are necessary for chaotic behavior

    CausationModality & Possibility
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    Chaos only exists in nonlinear systems (for classical macroscopic systems)Nonlinearity appears to be a necessary condition for the stretching and folding ...Nonlinearity is a necessary condition for chaotic behavior in classical macrosco...

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    Stretching and folding mechanisms, which are required for chaos, requi...87%The best candidates for necessary conditions for chaos are WSD or the ...86%Stretching and folding of trajectories appears to be a necessary condi...85%Nonseparability may serve as an alternative characterization of system...83%

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    Sitting in the background for all of these discussions is nonlinearity. Chaos only exists in nonlinear systems (at least for classical macroscopic systems; see sec. 6 for subtitles regarding quantum chaos). Nonlinearity appears to be a necessary condition for the stretching and folding mechanisms, so would seem to be a necessary condition for chaotic behavior. However, there is an alternative way to characterize the systems in which such stretching and folding takes place: nonseparability.

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