| Article |
|---|
| Article name |
A System Model of the Universe Evolution |
| Authors |
Pavlenko Y.. , |
| Bibliographic description |
Pavlenko Yu. A system model of the Universe evolution // Transbaikal State University Journal. 2022. Vol. 28, no. 10. P. 186–196. DOI: 10.21209/2227-9245-2023-29-1-186-196. |
| Category |
There is an opinion... |
| DOI |
001.8 |
| DOI |
10.21209/2227-9245-2023-29-1-186-196 |
| Article type |
Original article |
| Annotation |
Through the cognitive paradigm, strategy, tactics, tools of the internal connections
of the system approach, as well as bifurcation, the most important methodological
problem of the natural science of the matter of the Universe as a way of scientifi c
knowledge of its nature and evolution is considered. Therelevanceoftheresearch is
determined by the expediency of the methods systematization for structuring the vast
scientifi c knowledge about the nature of the fundamental properties of matter accumulated
by mankind over the entire historical period as the fundamental physical substance
of the Universe. Theobjectoftheresearch is the natural unity of its constituent parts. The subject of the research is knowledge about matter, structural systematics
of ways of organizing matter. The purpose of the research is to create a fundamental
model of the fundamental structural levels of matter in the form of a visual rank scale.
The research objectives are designed to improve theoretical and practical knowledge
of the organization of the structure of matter and the comprehensive study of its properties.
For open systems that are self-correct through feedback, the most popular are
transdisciplinary methodologies that increase the reliability of systematization of individual
types of systems and systematics in general. The methodological apparatus of
individual scientific disciplines is used. The methodology and technique of scientific
research include procedures for selecting and processing the most reliable primary
empirical material.Matrix systematics allows the author to formulate several new original
scientific propositions, as well as the following system law of the evolution of the
Universe: emergent properties of elements of open energy structural models, as well
as the type, form of motion of wave energy and material systems of these models
evolve bifurcationally at fundamental system levels (in system blocks). |
| Key words |
system approach, bifurcation,
basic concepts, fundamental
properties of matter,
structural systematics,
fundamental structural
levels, transdisciplinary
methodologies, categories
of emergent elements of
systems, matrix systematics,
system law of evolution of the
Universe |
| Article information |
|
| References |
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