Quote:As you know, a quarter-wavelength works for external radiation, but a half-wavelength is a completely different matter. A standing wave is formed in the coil, which draws the external vortex into the receiving coil during avalanche formation, causing some amplification as it repeatedly reflects off the ground through the grounding. When the solar cell circuit is properly configured for standing waves, energy is released in a huge stream, and the primary response is precisely the control of the energy flow and its concentration. The most difficult task is to calculate the load on the receiving circuit to achieve a balance between collapse and maintaining generation, while simultaneously remembering that the avalanche process can proceed unpredictably, releasing and drawing in new portions of unsettled Ether.

Quote:The distance between the axes of this coil and this coil equals 88 mm. This is determined by the height of this coil multiplied by four.

Okay. Well then, guys, now briefly about what will happen in the frame. On the left side, as you can see, is a "kacher" (Tesla coil-like oscillator), tuned to a specific frequency. At this frequency, the ether is oscillated. The oscillated ether forms a kind of funnel. This funnel's state is unstable, and it tries to collapse. And to collapse, it needs energy. And this energy it gives to this coil.

The distance between the coils is very important. In this case, it is equal to four lengths of this receiving coil. And this device is tuned to a half-wave. That is, this coil and this coil, they have the same parameters for frequency and dimensions. And this coil has a resonant frequency, the same as this coil, but here there are many more turns, and here there are fewer turns, but they have the same resonant frequency.

The load has a great influence on the generator's operation. You cannot turn it on without a load. That is... there is a certain balance between the collapse of this funnel, the release of energy during this, and this energy must be proportional to the energy that this device can take. Otherwise, that is, the frequency, the amount of energy obtained that can be drawn, the dimensions, this is all conditionally brought together into such a complex.

The kacher, as you know, works on a quarter wave, and it gives off its energy, and this energy is received by the receiving coil during funnel formation.

The two receiving coils are tuned to a half-wave. In the half-wave, a kind of standing wave arises in these two coils, which sucks all the energy from the funnel. By breaking the two coils into two constituent parts and fixing them at a right angle, we get a certain advantage. On one hand, here there is an independent quarter wave, and here an independent quarter wave, but despite the break, a standing wave still exists in them. And this standing wave not only receives energy from the kacher's quarter wave, but a part from the funnel is also added, is generated, and returns to this coil, and so it goes in a kind of circle. That is, a sort of self-feeding, system-sustaining... in funnel formation.

Of course, imperfections in the system do not allow for the funnel formation to be maintained indefinitely, but the possibility exists to prolong it to some tangible limits. For stable funnel formation, high electrical voltage is needed.

The kacher handles this rather well, but the number of turns in the kacher and the number of turns in the receiving coil, naturally, differ. Why? Because, after all, the receiving coil must pass a certain power through itself so that energy goes to the load and this funnel does not collapse prematurely. Therefore, there is a certain balance between the number of turns of the receiving coil and the number of turns in the oscillating part. To make the receiving part with the same number of turns and the same field strength as the left part is, well, sort of impossible for now. Or, one needs to conduct as many experiments as possible in this direction to identify some more... qualitative manifestations of the relationship between the number of turns, field strength, and the delivery to the receiving part. Well, as always, a certain balance, it must be maintained.