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We have proposed a mechanism that explains all phenomena observed in nature during lightning propagation and all phenomena during the fall of the Chelyabinsk meteorite in the Russian Federation. These positively charged cumulative-dissipative plasma systems (+CDS), as we have established, are surrounded by incongruent shock waves of the Vysikaylo electric field (VSW). We demonstrate that de Broglie waves of free electrons arising in the plasma tail behind the meteoroid behave similarly to electromagnetic waves in a laser. There, a cumulative jet of high-energy electrons (CJ) is formed, which breaks into the meteoroid, causing it to collapse according to the Coulomb mechanism. The formation of VSW in the atmosphere is due to the peculiarities of the chemical kinetics of negative ions at the boundary of the plasma tail. The time of Vysikaylo-Poisson’s structural turbulence, providing the formation of CJ in the plasma tail, was ≈ 1.5s. We prove that de Broglie electron wave lasers with a cavity length of 30 km and a diameter of 18 m are realized in nature and can be described. This gives us grounds to use this mechanism to explain the joint organization of counter-flowing jets of protons from black holes and electrons directed into black holes. These laser-like jets have already been observed in Hubble-type telescopes and have a length of up to 1.5 kpc. Thus, our cumulative-dissipative mechanism can explain the increase in the velocities of active neutron stars. We proposed and investigated a new 4D inertial-polarization-quantum cumulative-dissipative Vysikaylo mechanism for fragmentation of meteoroids and asteroids (self-defense of the Earth from meteoroids) into simple ions and electrons. We proposed a mechanism for an external combustion engine with an efficiency of 50% and described in detail the Le Chatelier-Brown principle. In this paper, we present a new interdisciplinary approach that combines plasma physics, quantum theory, and atmospheric observations.