Alexandr A.Shpilman ( alexandrshpilman78@gmail.com )
"Superluminal" communication
Look Fig.1. Where on the ferrite rod 1 the electric coil 2 is wound.
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Fig.1 |
The propagation velocity of an electromagnetic wave in a ferrite is:
V = 1/ SQRT(ℇ*µ)
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ℇ
– dielectric constant of ferrite; |
But an alternating electric current in coil 2 will excite a longitudinal wave 4 propagating in the ferrite rod 4 with the speed of electromagnetic wave 3 outside the ferrite rod (for vacuum, this is the speed of light).
If we recall the hypothesis "Time - Overtime " (N1/01, N2/02, N1/13), then it can be imagined that some changes in the "global line" 1 (see Fig.2) will cause some wave process 4 in "Overtime", which will spread in space much more than the speed of light in our time gap "now" 3.
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Fig.2 |
By analogy with the magnetization of the ferrite core, we can get the signal propagation time in our gap "now" 3 at a speed greater than the speed of light. In this case, we can expect that the "global line" 2 around the "global line" 1 quickly absorb our signal. Of course, if such absorption is not a specific resonant absorption. In any case, such experiments must be started in a vacuum (free space).