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    Certain nonlinear dynamical systems exhibit stretching an... — Carmelics
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    Supports→Quantum mechanical effects can influence the behavior of chaotic macroscopic systems

    Certain nonlinear dynamical systems exhibit stretching and folding (confinement) of trajectories, no trajectory crossings, and aperiodic orbits

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    Related propositions within the same area of thought.
    Quantum mechanical effects can influence the behavior of chaotic macroscopic sys...Systems exhibiting sensitive dependence on initial conditions (SDIC) have no low...These structural features of chaotic dynamics open a pathway for quantum-level p...

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    Nonseparability may serve as an alternative characterization of system...79%Stretching and folding of trajectories appears to be a necessary condi...75%Stretching and folding mechanisms are necessary for chaotic behavior72%The best candidates for necessary conditions for chaos are WSD or the ...71%

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    One of the exciting features of SDIC is that there is no lower limit on just how small some change or perturbation can be—the smallest of effects will eventually be amplified up affecting the behavior of any system exhibiting SDIC. A number of authors have argued that chaos through SDIC opens a door for quantum mechanics to “infect” chaotic classical mechanics systems (e.g., Hobbs 1991; Barone et al. 1993; Kellert 1993; Bishop 2008). [7] The essential point is that the nature of particular kind

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