SELF-ORGANIZING AND SELF-DEVELOPING SYSTEMS IN THE CONTEXT OF THE POST-NON-CLASSICAL PARADIGM

Skopa V. A.

Post-non-classical science proceeds from the fact that most systems existing in nature are of an open type. There is a constant exchange of energy, matter, information between them and they are characterized by constant variability. Self-organization processes leading to the emergence of new space-time structures in highly nonequilibrium states are the object of study in the interdisciplinary field of modern scientific knowledge, and can be represented by such conceptual structures as synergetics, the theory of dissipative structures, and the theory of dynamic chaos. In the scientific concepts of modern science, complex self-organizing and self-developing systems occupy the place of the main object of research. These systems, which are based on general laws, arouse interest in various fields of scientific knowledge, the objects of study of which are complex systems far from a state of equilibrium with nonlinear processes occurring in them. The methodology of nonlinear synthesis, based on the scientific principles of evolution and co-evolution of complex structures of the world, can form the basis for designing various paths for humanity into the future.

Keywords:post-non-classical paradigm, philosophy of science, synergetics, self-developing system, cognition