Homeostatic Determinate Systems and Thermodynamics of Selforganization and Evolution of Material World

Lev E. Panin

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DOI: 10.4236/jmp.2011.25044                

Abstract

The paper considers new approaches to system analysis of natural phenomena in physics, chemistry and bi- ology. It lays the foundation of the homeostatic determinate systems theory that allows revealing the mecha- nism by which the basic principle of natural science, determinism, is being realized. Evolution of the mate- rial world is represented as inevitable and continuous growth of orderliness (negentropy) based on transition from one type of determinate systems to another. Increasing negentropy is shown to be closely associated with continuous accumulation of information, which determines the natural diversity in physics, chemistry and biology.

Keywords

Homeostatic Determinate System, Thermodynamics, Evolution

Conflicts of Interest

The authors declare no conflicts of interest.

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