Analysis

Subatomic Particles

The behavior of subatomic particles provides an interesting example of the phenomenon of “clicking out” discussed in the preceding paragraphs. In an article prepared for Science Digest magazine, Dr. John Gliedman mentions the way in which subatomic particles communicate with each other once their energy fields become entrained as a result of colliding with each other. The communication concerned is, of course, postulated to be occurring during the “click out phase” in the oscillation of the energy fields comprising the subatomic particles concerned. It is this cause which accounts for the cross-communication at what in terms of time-space velocities, would seem to involve speeds in excess of light.

In reality Einstein’s Theory of Relativity is not being invalidated but, rather, the communication concerned is taking place outside the dimension of time-space to which the Theory of Relativity is strictly confined. Specifically, Dr. Gliedman tells us:

Quantum theory postulates a kind of long range Siamese twin effect whenever two subatomic particles collide and then go their different ways. Even when the particles are halfway across the universe from each other, it says, they instantaneously respond to each other’s actions. And in so doing, they violate relativity’s ban on faster than light velocities.

Indeed, regarding attempts to quantify what is known about the behavior of energy in dimensions apparently outside of time-space, Bentov speaks about,

… courageous physicists who are working on hypothetical particles, called ‘Tachyons’, which can move at speeds higher than light. The speed of tachyons starts just above the speed of light and ranges all the way to infinite velocities.


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