about this:
https://www.youtube.com/watch?v=7gZ_C-c7d0M
I was thinking yesterday and came to the conclusion that only one type of current source can look like this. Such characteristics, discharge from impact or pressure, are possible only....
... in devices with charge accumulation. For example, a regular USB flash drive... yes, it accumulates charge during recording, but not so effectively.
You can charge a thick piece of plexiglass placed for a short time in an electron accelerator. Electrons penetrate into the plexiglass and remain there, creating an internal charge.
Production of Lichtenberg figures:
https://youtu.be/mJTjs4mDtZw?t=123
There may be a "charge sponge" inside this piezoelectric element. This is similar to a capacitor, in which the charge is not on the surface of the plates, but in the volume of the dielectric, preserved by insulation. The insulation is broken by external influence, impact or pressure, and the charge goes to the plates.
Probably the author did not mention in his video that this "piezoelectric element" after production or during the solidification process must first be charged with high voltage.
By the way, the powder gray matter that he adds when preparing the piezoelectric element is very similar to ground zeolite.
I found that the new calcium zeolite 5A, small balls 0.8 mm, for oxygen concentrators, has strange electrostatic properties. If you pour a little of these balls onto a polyethylene film, they form a periodic structure, they arrange themselves like checkers.
And it is very likely that this piezoelectric element may be the result of the first video about heating water, "LENR". That is, something like that from Australian membranes inside his reactor heats the water from high voltage sources:
https://www.youtube.com/watch?v=bxWuo2GCkrQ
Patent, possibly similar: https://patents.google.com/patent/US10020125B1/enPlease note who owns this patent. 
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Author
Topic: Aaron Salter (Read 5688 times)
