ИСТИНА

In laboratory conditions, we detected a quantum high-frequency super-compressive field of space. Recently, the Russian satellite named after Mikhail Lomonosov, launched in 2016 and integrated with the Kanopus-B spacecraft, equipped with an ultraviolet telescope, recorded an explosion of high-power light above tens of kilometers from Earth [1]. Director of the Nuclear Research Institute of Moscow State University named after M.V. Lomonosov interviewed, that detected explosion of light in the atmosphere is a new physical element. Surprisingly, the explosion occurred in a cloud free Earth’ssky. According to the scientists, discovered explosion of light in the atmosphere is a new physical phenomenon. This phenomenon cannot be explained within the framework of existing physical laws [2]. Registration of the quantum field space was carried out thanks to a dynamic emitter.A dynamic emitter of a special design created in which a supersonic air jet with a spiral-spherical structure formed when the gas jet expires in the flooded space. Dynamic emitter’s design published in the journals as "Fluid Dynamics" [3], "American Journal of Modern Physics" [4] and "Physics Letters A" [5], in which you can find a detailed description of the structure, as well as the formation of a spiral structure, super-compressed supersonic jets. The quantum field of space recorded by optical methods using a Schlieren Photography method [6] and laser high-speed imaging [7]. As an example, we can demonstrate images of the explosion of light in the atmosphere during the outflow of a supersonic flow and its interaction with the detected quantum field of space where the explosion of light occurs in different spectral ranges. (Fig. 1,2,3). The explosion of light in the atmosphere stimulated by quantum of high-frequency super-compressive field of space and the explosion of light in the atmosphere converge to the same physical nature having a single mechanism.