m^>2, you need 1.21* 10^>32 protons for one proton «sphere», and for 5 «spheres» – 6.05* 10^>32 particles, but at 55 channels with a current of 500 MA or at a power of 5 GWh, 6.1875* 10^>32 protons have already been obtained, which ensures 100% capture of anti-neutrinos, while the introduced 5 GWh due to the efficiency of the circulation unit of 97—98% will be preserved and absorb only 100 MWh of energy, when generated with the number of anti-neutrinos equal to the number of neutrons in 610 seconds or 1.868125*10^>29 neutrons, with a half-life, with an energy of 0.246541 MeV each, additional neutrons are obtained when bombarded with protons, for 50 microseconds absorbed by cadmium chloride with the release of gamma quanta with an energy of 6—7 MeV and additionally a positron is released, which gives 2 more gamma quanta during annihilation with the first electron, 0.551 MeV, plus the initial energy of the antineutrino, so the total is 8.348541 MeV of energy.

Gamma quanta themselves perfectly capture advanced scintillation counters, generating energy of the order of 2.4953789 *10^>17 J from them in 610 seconds, which is equivalent to 69.316 TWh, only for antineutrinos, this energy will grow over time and become stable after 3 acts, equal to 0.246675704 MeV or equivalent to 69.3172 TWh.

But if we go back to protons and electrons, their energy will initially be 134.271 eV, until it increases to 134.345 and becomes stable. So you can increase energy, but if you pay attention, each time the increase is the same energy, therefore, so much should be taken out of the cycle. When the necessary neutrons were created in the accelerator and this whole system, where they are also divided into electrons and protons that are attracted to each other, already in the same chamber they are transferred to a small compartment – a kind of TOKAMAK with the help of electromagnets, which, although they consume a lot, but not a little energy is generated. So this plasma begins to rotate inside the torus, around which thousands of metal wires are wrapped, which receive energy from electromagnetic induction.

The effect of electromagnetic induction is already known, and since these charges with such energies will flow, the current will flow on the external circuit and acquire energy. So, extracting 134.345 eV each time, this system is maintained in a stable state, now you can turn off the accelerator – it will no longer be useful, only if there is no need to increase the number of particles.

As a result, having spent only 6 GWh in total to create beams, shells of protons and others, as well as about a part on the accelerator and magnets, that is, in total about 7—8 GWh of energy, it turns out with the number of neutrons in 3,73625* 10^>29 particles and from each 134.345 eV or 1,115 GW *h on electrons-protons and 246.676 keV or 69.3172 TW * h on antineutrinos, it turns out – as much as 69.3183 TW * h, this is almost 8,665 times more! For comparison, resonant nuclear reactions, with all due respect to them as their discoverer, increase only 17.5 times.

It turns out that the force of attraction by a charge is used here and energy is obtained from this, because these forces and laws will always act and will not change their strength! It turns out that the force of attraction by the charge is used here and electrical energy is derived from this, because these forces and laws will always act and will not change their strength. Moreover, the system is fully controlled, the only thing is, if you increase the number of neutrons and wait for the right stage, you can artificially produce one of the most powerful explosions.