4 - Extreme Character of Evolution in Trophic Pyramid of Biological Systems and the Maximum Energy Dissipation/Least Action Principle

Abstract

The broad-spectrum result of the above-studied dissipative phenomena can be considered as a verification of the conceptual efficiency of the maximum energy dissipation principle. This considers the socioeconomic processes as determinedly evolved from biological processes, in which the biological systems achieve their pinnacle and become first biosocial and then socioeconomic systems. The socioeconomic way of dissipation of free energy represents the highest point of the trophic pyramid of biosystems. Thus, the least action principle requires a completion of the trophic hierarchy of biological systems by transition to the global use of free energy from all possible sources. As the result of this evolution, the sociotechnical system of Homo sapiens, at a certain stage later, develops according to its own laws, which are different from purely biological laws. And it follows logically that new laws are created for the competition from the new forms of structural organization of free energy dissipation. A postsocial organizational level can be a next level, which can result in a completely new level of organization of the total dissipative process, and consequently, it can lead to a qualitatively new level of information mapping.