functions (called in quantum mechanics as “informational function of system” or – \|/-field. According to concepts of quantum entropy logic (an adjacent discipline at the borders of quantum mechanics and information theory), informational function of the system is divergent to the system’s energy and has orthogonal projection of impulse in space-time continuum in respect to the later and is convergent to the mass of physical objects comprising the system being researched. Dependence between a state of informational function (channel width and density of signal transmission) and a mass of the physical body can be described by the formula of finite increments of Lagrange. General theory of relativity of Albert Einstein connected gravitational fields with distortion of fourdimensional space – the time. In order to vividly imagine this connection the space often is sketched out as a stretched film or trampoline in which pits are being punched by massive bodies (“gravitational craters”). A particle passing by the massive body slides down to such a crater and we interpret it as gravitation. Within the frameworks of such analogy the work of Svyatoslav Nesterov and Yakov Zeldovich on “zero Lagrangian” can be considered as explanation of some “resilience” of the space. By conception of quantum mechanics an oscillation system (for example, a ball in a hollow) can possess only strictly established energy – roughly speaking, the ball can rise up to some strictly established points only without experiencing intermediate states at that. Besides, the ball can not motionlessly lay at the bottom, because it will contradict to the uncertainty principle stating that it is impossible to unambiguously determine exact value of coordinate and impulse of a quantum object (and the coordinate of the ball laying at the bottom is determined exactly, as well as impulse that is equal to zero – entropy of the system takes on a maximum value). Thus, even vacuum possesses some organization at the expense of oscillation of different fields. Basing on the principle of convergence of gravity forces and entropy professor Т. van Hoven developed a mathematical model of “entropy fields” (black belts) being quasi-fields generated by caused spacetime deformation. It is easy to find explanation of delicate mechanism of interaction of quantum-correlated systems in the theory of entropy logic. Transmission (reduction) of wave function to the system (information induction) causes alternation of curvature of four-dimensional space-time analogous to influence of a massive body, appearance of “gravity temporal crater” or “entropic depression”, if to speak in figurative terms of van Hoven. Thus, mechanism of information induction is being realized upon increase of quantum values of entropy of correlated systems. In order to explain existence of many paranormal human properties and a range of phenomena of supersensitive perception, which realization is hard to explain from the view of orthodox scientific paradigm (for example, for cooperative subconsciousness claimed by C. Yung or clairvoyance in the past, present or the future) it is necessary to deepen into a thrilling area of elementary-particle physics for detailed researching of properties of electrons and other particles. Atomic electrons move by quantum passages around their nucleuses, simultaneously rotating around their own axes. This own rotational impulse, or spin, characterizes all other elementary particles as well. Thus, all electrons, protons and neutrons rotate with the value of spin (S) in 1/2 (s=1/2), and all bosons, gluons and photons with the spin of 1 (s=1). But how can rotational motion contain information at all? In this case it is possible to produce not one, but even two fundamental possibilities. First, information might be presented by a value of rotational impulse that depends on speed of rotation, mass and form of a particle. Second, this information might be encoded along the lines of rotation of the particle. The first supposition is unfortunately pulled down due to inconsistency with laws of nature. While particles can take absolutely any impulse along the lines of distribution, it is impossible for them due to presence of an universal natural constant (Planck constant) unlike, for example, planets, stars or a whipping top to rotate with any speed. They shall adhere to one rotational speed strictly established for each type of particles, and value of this speed shall be half-integer of integer multiple value of h/2, where h – is a quantum of Planck’s action.