This article is a practical conclusion of "hypothesis of the atomic (quantum) motion", registered on the site of intellectual protection: http://www.a-priority.ru/Priority/1estestv/1estestv_catalog.html registration number: A1B031 (project of the European Academy of Natural Sciences).Hypothesis of the atomic (quantum) motion refers to the section of physics: “Classical mechanics”. This is hypothesis of discreteness of mechanical motion. It represents a new, more profound approach to the second law of Newton. In brief about the hypothesis: the velocity of a body, moving under the influence of the force, grows not continuously in time, but discretely (quantums); the cause of inertia of the body is its own gravitational field, because the inertial mass of a body is proportional to the mass gravity. Not yet reacted own gravitational field of a body to the action of force , body velocity will not change; the quant of the motion is the process of reaction of the own gravitational field of a body to the action of the force. This process is periodical and accompanied elementary deformation of a body (reaction gravitational field of a body) and subsequent redeformation of a body in the direction of travel (after reaction of the field). Thus, the mechanism of body motion under the action of the force is a collection of very small deformations and redeformations of a body. It reminds motion of the caterpillar. If force, that acts on the body, grows with velocity of reaction of the own gravity field of a body, then the quantum of the motion of this body will be most effective. It is a practical conclusion from the hypothesis, which built on the “Principle of optimal motion”, - the alleged use of the hypothesis: for each mass of the various moving objects (people, vehicles, industrial equipment during switching on, alternating current - as the mass of the electrons, and so on) there its optimal (effective) acceleration, that allows to increase efficiency of motion. In this article there experimental verification of the hypothesis.

This article is a practical conclusion of "hypothesis of the atomic (quantum) motion", registered on the site of intellectual protection: http://www.a-priority.ru/Priority/1estestv/1estestv_catalog.html registration number: A1B031 (project of the European Academy of Natural Sciences).Hypothesis of the atomic (quantum) motion refers to the section of physics: “Classical mechanics”. This is hypothesis of discreteness of mechanical motion. It represents a new, more profound approach to the second law of Newton. In brief about the hypothesis: the velocity of a body, moving under the influence of the force, grows not continuously in time, but discretely (quantums); the cause of inertia of the body is its own gravitational field, because the inertial mass of a body is proportional to the mass gravity. Not yet reacted own gravitational field of a body to the action of force , body velocity will not change; the quant of the motion is the process of reaction of the own gravitational field of a body to the action of the force. This process is periodical and accompanied elementary deformation of a body (reaction gravitational field of a body) and subsequent redeformation of a body in the direction of travel (after reaction of the field). Thus, the mechanism of body motion under the action of the force is a collection of very small deformations and redeformations of a body. It reminds motion of the caterpillar. If force, that acts on the body, grows with velocity of reaction of the own gravity field of a body, then the quantum of the motion of this body will be most effective. It is a practical conclusion from the hypothesis, which built on the “Principle of optimal motion”, - the alleged use of the hypothesis: for each mass of the various moving objects (people, vehicles, industrial equipment during switching on, alternating current - as the mass of the electrons, and so on) there its optimal (effective) acceleration, that allows to increase efficiency of motion. In this article there experimental verification of the hypothesis.