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    Made withinDC&Austin
    States that are narrow in both position and momentum tend... — Carmelics
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    Home/Consciousness & Mind
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    Supports→Preferred coherent states tend to get least entangled with the environment and therefore follow the Schrödinger equation more or less undisturbed.

    States that are narrow in both position and momentum tend to get least entangled with the environment.

    CausationConsciousness & Mind
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    Consciousness & MindCausation

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    Preferred coherent states tend to get least entangled with the environment and t...Preferred states are wave packets that are narrow in position and remain narrow ...

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    Narrowing in position corresponds to a widening in momentum, so enviro...76%Preferred states are wave packets that are narrow in position and rema...73%Preferred coherent states tend to get least entangled with the environ...72%Therefore, planets farther from the Sun receive less motive power and ...70%

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    SEP: qm-decoherence
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    In a number of models of environmental decoherence, however, it is obvious what the dynamical behaviour should be even at the level of individual components. Specifically, in models where the preferred states are coherent states, comparison of the master equation for the reduced state of the system with the evolution of a classical Liouville distribution suggests that the trajectories of individual components in fact approximate surprisingly well the corresponding Newtonian trajectories. Intuiti

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