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Originally posted by igor_ats
anyone notice when you look at an attractive lady in the street, pass-by a window etc. they seem to instantly raise their head and look back at you.
Also when you're staring at someone they seem to look back / around the environment as if they feel uncomfortable.
Just an observation.
Originally posted by drew hempel
reply to post by Phage
Poor Phage disproven by civilizations twice as old as the West: China and India! haha. Chi -- Prana -- just look into how to make electromagnetic fields.
Quantum theory involves two realms. The "lower" realm is described in the physical language of quantum mathematics, while the "upper" realm is described in the psychological language of ordinary experience. Process 1 involves both realms. It is a psycho-physical event whose psychologically described part is an intentional action to probe nature in a way expected to elicit desired information.
It is possible that the view of consciousness that I have been exploring, that the mind-brain system is a quantum cohering-decohering-recohering system in an environment, may shed light on the mighty and still unresolved problem of what is called the famous "Measurement Problem" in Quantum Mechanics.
More recently Zeh has said: "Heisenberg's original hope that the quantum system was disturbed during the measurement is not tenable. Instead, various systems (the observed one, the apparatus, the observer, and the environment) get entangled."
The natural interpretation of receiving information from the outside world, say visual field, is that the quantum information being received makes the partially decoherent mind-brain system become more coherent via some analogue of Shor's error correction theorem. (This postulate mirrors the chlorophyll molecule that is excited to a quantum coherent state by absorbing a photon and remains in a coherent state, helped, we think, by its wrapper of antenna protein.)
The theorem states that information from a "quantum environment" can enter a quantum system and, detect decoherence in some few of a more numerous entangled multi-qubit (quantum bits) encoding of those fewer qubits. The Shor process detects the decoherence in the qubits via the equivalent of a quantum measurement. Having detected decoherence in those few qubits, the algorithm can make those decohering degrees of freedom recohere. The algorithm can error correct decohering qubits by restoring their coherence. But critically, the theorem says that the decoherence in the "system" does not disappear, instead the decohrence is transferred to the quantum environment!
Originally posted by drew hempel
reply to post by badw0lf
Yeah -- and I've posted all my research online -- naturalresonancerevolution.blogspot.com... is my blog which gives urls to my online links, etc.
That reading was after I had finished my masters degree for which I read a tons as well -- I've always been a book worm but cranked it up after the qigong training. My brain was hungry!