Conducted an experiment as described in the patent, about the interaction of two coils and dynamic tuning.
https://www.youtube.com/watch?v=NKNYmPNkJ20Remember the video with Aquarium, where Kapanadze points with his finger and says: “This is the primary coil, when current flows into it, its electromagnetic field acts, where it should, on the second, independent coil.”
I wondered why it sounded like "Where it's needed"
And then it dawned on me that the patent was about rhythmic stabilization! I figured it out - it's phase tuning! And how can we phase-tune 2 circuits? It's simple - place them in space the same way as in a metal detector coil! There, the shift of the TX relative to the RX of the coil rotates the phase! That's why the coils are positioned so strangely in his aquarium, he simply moved them relative to each other so that their phases matched!
And when the phases coincide, resonance occurs! All these sparks, high voltage - an old and forgotten way to pump up the TX circuit!
I only needed 1 microcircuit to swing 2 circuits with different frequencies and adjust their phases! Moreover, when resonance occurs, I tried to destroy it, but it turned out to be tenacious. All that remains now is to increase the frequency of the circuits by 20-30 times, then there will be interaction of the receiving circuit with the grounding and we will get what we have been looking for for so long!
By the way, in the video my receiving circuit has a small 5 watt load - a light bulb. At the same time I was looking at how to remove energy from the circuit in resonance.
Kapanadze increases the voltage for a greater amplitude of the TX circuit swing! And in resonance, the overall amplitude grows, hence the discharges that he expects. The discharge is a limiter of the receiving circuit swing and at the same time an indicator that the circuit has swung and the load can be connected!
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Topic: Kapanadze replication (Read 71155 times)
