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    Preferred coherent states follow the Schrödinger equation... — Carmelics
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    Home/Consciousness & Mind
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    Supports→In environmental decoherence models with coherent preferred states, the resulting trajectories of individual components will be close to Newtonian ones on relevant scales.

    Preferred coherent states follow the Schrödinger equation more or less undisturbed because they are least entangled with the environment.

    CausationConsciousness & Mind
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    Preferred coherent states tend to get least entangled with the environment and t...

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    In environmental decoherence models with coherent preferred states, the resultin...

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    Preferred coherent states tend to get least entangled with the environ...99%In environmental decoherence models with coherent preferred states, th...81%In models where preferred states are coherent states, the master equat...78%The earlier set of states C is sufficiently coherent to form a natural...73%

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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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