Some stimulation of a conductives ways on a tissel makes a strong effects of the polarization on K-Ca channels.
This effect lead to the strong damages in a tissel with a cancer like effects and makes a hard ill.
We can see as bright fields on a tissel are dead. In a short time the AC stimulation lead to
creating of the "granules" (as see on the picture). In practice, this method allow kill any creature
that has an implanted chip.
We can see the measuring matrix that consist of the many microelectrodes that concern to the tissue.
As you see, the complicated form signal allow some biochemical effects
in the tissue as polarization and other effects likes to the regular ill.
On the cicle ways appears auto-support effects that knows as the "bioresonance".
Some conductives ways has the timing equal a period of the stimulating signal. Then stimulating may be a seldom with it.
The stimulating make an irritation in the neurons group that placed on the "start" in
the conductive way. Of course, effect has a fade out.
On this picture we can see the moving "groups" of the stimulated neurons as the bright spots.
The contour "C" works with the resonance. Other contours has not it.
The polarization in the tissue allow some the "conductivity matrix".
The phase of the stimulation signal have influence for the biochemical effects.
The model of the "bioresonances" in the human body. The big contour stimules the small countours.
As see: A - The "start point" with connect to big contour. N - The conductive
circle (way) without resonance that is not connecting to some "stimulated" contours.
Probably, we can present neurosystem as a mathematical model.
As see: A - The "start" point. The "delta tau" is a delay of a reaction in a neuron.
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