Все науки. №4, 2022. Международный научный журнал - страница 7

For simplicity, let’s assume that such equipment really exists in reality and its action is explained by the author of this miracle himself, then the dialogue presented itself in a very surprising way:

– Yes, indeed it can be done, but the question is to catch and reproduce such fluctuations, of course, force does not matter here, but transmission does, and in order to transmit such power, you need to have not small masses.

It is these properties that unite the huge resonator. The depth of the mine is slightly higher than the ultra-deep well and is 11.5 kilometers deep, where the most accurate sensors that only exist on earth are located. Especially such proximity to the center, they detect any vibrations with great accuracy and transmit information to a large upper resonator.

The energy equivalent of the Richter scale

If you explain it simply, then this is a very large chop hammer, which can knock at very different frequencies. When it falls into time, with great precision, for which I used the most powerful computers and the most accurate electrical circuits, there is a resonance. Because of it, these vibrations form a real powerful earthquake on the lower layers!

If the listener were to descend with the author to the bottom of such a mine, then the «elevator» would descend more and more gaining speed, almost with the acceleration of free fall, and if you believe the author’s words, they were gaining 9.81 m/s with every second and were already closer to their descent to a depth of 11.5 km, which it took only 48.42 seconds, we were moving at a speed of 475 m/ s experiencing a wild overload, therefore, another problem is the need to create simply fantastic shock absorption systems.

At a certain level, the resonator itself comes personally. If you go down further, you will simply go out to the receiving devices on pieza elements, laser and oscillatory sensors, which as a whole form one common system. When the vibrations begin to resonate, they add up, and the earth begins to move, the entire mass of this huge resonator accepts these vibrations, it remains to add the force of a pair of electromagnets that give small additional shocks.

After all, as you know, it is quite easy to turn such large mass objects, but in order to better focus this force, it is transmitted to a number of medium-sized systems that begin to cause resonance in exactly the side where resonance needs to be given, in other directions, it is extinguished due to protruding spires, they take the vibrations on themselves and return back.

Graph of the Richter scale

A very interesting question is as follows:

– How much energy do you spend to carry out one earthquake?

– Energy sufficient for one hundredth part of this object with a radius of 400 meters and a length of 11 kilometers, that is, a volume of 5,526,400,000 cubic meters or for a part of 55,264,000 cubic meters and a mass of, surprisingly, the same tons, to oscillate 10 times per second, in the interval of 2 meters, because the amplitude is small significant. Thus, according to the kinetic energy formula, 1,105,280,000,000 joules or 1.1 TJ (Terra-joule) of energy or 307 GWh of energy, and for 4 resonators 4.4 TJ of energy or 1,288 TWh of energy, which is enough for the whole of Great Britain with its colonies.

– Where do you get so much energy from?