The Aharamov-Bohm effect is well studied example of quantum non-locality. It's connected with the Aether model of vacuum, which is similar to the boiling fluid, composed of nested density fluctuations, similar to recursive foam. The main point here is, these fluctuations are influencing the density of the foam even though their local motion are compensated at the distance, because they're forming so called density (probability) waves.

The Aharamov-Bohm effect is related to so called quantum double slit experiment, during which was observed, the long coil (solenoid) is able to influence the trajectories of particles, even though its magnetic field is confined into small space inside of solenoid, so it's virtually impossible, the tiny localised particle can pass through it directly.



In Aether theory such observation has a deeper meaning, because the motion of many dispersed Aether fluctuation in hidden dimensions is additive and it can behave like single giant fluctuation. We can met with this behavior in many other places of quantum mechanics, for example at the case of "quantum coral" or "quantum mirage" phenomena, during which the image of atom is restored from many reflections, which could compensate mutually. In this connection, an anomalous interaction of DNA fragments at the distance was reported (the DNA is large organized structure of ions) and many related, less or more controversial biophysic phenomena (DNA phantom).

Therefore we can consider, the collective motion of many ions inside of human brain is possible to invoke a tangible macroscopic effects at the larger distance, although the motion of these ions would compensate mutually at short distance.

In addition, we shouldn't underestimate the collective kinetic energy of these ions, because the human brain is able to consume at least of one tenth of energy of human body, being a quite effective "microwave oven". At the case of dolphins it's believed, their brains to body mass ratio plays an active role in body thermoregulation. So, at the case of human brain we're facing to energy of roughly 30 - 150 Watts hidden mostly in collective motion of charged ions, confined by neural cells membranes. By my opinion this energy is sufficient to make a temporal changes in density of neighboring vacuum, analogous to those, which we can observe during A-B experiment and which can induce a number of mechanical and electromechanical effects, like the telekinesis and telepathy, the reports of which we can met with often on the web.

The fact, the electromagnetic interaction of ions at proximity is compensated mutually shouldn't distract us from many subtle phenomena, which are indicating the nested, multidimensional character of vacuum. For example, an anomalous effects in inertial mass deviations ("scalar waves") during current changes in the caduceus bifilar coil have been reported, as well as a one-dimensional line of information regarding the cancellation along the axis of the cylinder. This one dimensional line seems capable of recreating the original current "canceled" by a another coil which is critically aligned upon this line with the first, as is a pair of LASER cavity mirrors aligned to a critical precision.

These observations are strange, just because the caduceus coil was designed to compensate the electromagnetic field of coil at distance, which usually covers these subtle phenomena near electrical conductors of electrical current. We can see a close analogy to behavior of DNA double helix wire here, so we can expect a whole range of underestimated electrochemical and physical phenomena in this area.