Evidence for Quantum Brain FluctuationsThe possibility of the existence of a nonlocal transference of specific stimuli, such as those that generate evoked potentials (electrophysiological brain responses produced by a sensory stimulus), was first studied by Grinberg-Zylberbaum et al (1978). They observed that an evoked potential in a stimulated subject is "transferred" to another subject once they have interacted to achieve a level of "direct communication." This study was conducted in two Faraday chambers separated by a distance of approximately three meters. Later the experiment was repeated, replicating the former experiment at a larger distance (14.5 meters). In both experiments, the following protocol, suggested by the earlier experiments cited above, was used: Two subjects meditated side by side inside one of the Faraday chambers for twenty minutes with the objective of reaching direct communication. A mild signal was then given to the subjects at which time one of them went to the second Faraday cage and took a reclining position with eyes closed while they both continued to maintain direct communication. The subject that stayed behind was now stimulated (generally by 100 light flashes given at random intervals), but the other subject was not stimulated, nor did he have knowledge that a stimulus was being received by the first subject. EEG recordings were made from the brains of both subjects synchronized with the stimulus given to one of them. The recordings were averaged over the hundred samples and compared using on-line computers. Low frequency filters were used to eliminate low frequency EEG correspondence such as alpha waves. At both distances, when the stimulated subject showed distinct evoked potentials, the non-stimulated subject showed "transferred potentials" similar to those evoked in the stimulated subject. Control subjects showed no such transferred potentials.[ #Interesting #Science #Meditation ]
Posted on: Thu, 04 Jul 2013 04:34:38 +0000
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