ON THE CONSTRUCTION OF THE PHYSICS OF EVOLUTION

Abstract

Questions, as well as what opportunities, the deterministic irreversibility mechanism (DMI) opens up for building of the physics of evolution are considered. To thisaim the nature of DMIis describes. It is shown how to study non-equilibrium systems based on the mechanics of the structural particles (SP). The role of D-entropy, which determines the efficiency of conversion of the motion energy of the system’s into its internal energy, is considered for the mechanics of non-equilibrium systems. The fundamentals of the evolutionary physics formalism, derived from the use of the motion equation of the mean instead of the Newton’s motion equation of are presented, and its difference from the formalism of classical mechanics is considered. It is shown and justified why the base element of matter should be taken as an open nonequilibrium dynamic system (ONDS). We study the question of the hierarchy of odds. The principles of the emergence, existence and development of ONDS are considered. It is shown how external constraints determine the evolution of overheads. Investigated questions about the conditions of stationarity ONDS. The equations that determine the development of ONDS under the condition of their stationarity are presented. Some patterns that determine the behavior of ONDS are considered and their dependence on the complexity of ONDS is analyzed. The ways of constructing of the physics of evolution are considered.

Keywords: evolution, dynamics, systems, mechanics, entropy, irreversibility, formalism of classical mechanics.