Journal of Quantum Computing, Simulation and Emerging Computation
Taking into Account the Role of the Structure of Bodies in Classical Mechanics, Thermo-dynamics and Quantum Mechanics
Abstract
Somsikov Vyacheslav Mikhailovich
The role of the structure of matter in physics is considered. It is shown that it is impossible to construct an evolutionary picture of the world without taking into account the structure of matter. An explanation of how to construct the physics of evolution based on the equation of motion of a structured body is offered. An explanation of how this equation follows from the condition of invariance of the total energy represented by the sum of the energy of motion and the internal energy of the body is given. It is shown how a deterministic mechanism of irreversibility follows from this equation, as well as the infinite divisibility of matter. It is shown how taking into account the role of the structure of elements of matter in their dynamics leads to the elimination of the contradiction between mechanics, statistical physics and thermodynamics. An analysis of physical problems is carried out, for the solution of which it is necessary to take into account the structure of matter. In particular, it is considered how the condition of infinite divisibility of matter can be reflected in the interpretation of some provisions of quantum mechanics.