Fractality of the non-crystalline solids and other systems - Yurkovych, Nataliya
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The peculiarity of the monograph is connected with the complementarity of the knowledge spheres, which are mostly considered separately and isolated, namely: programming and computer modeling, experimental and theoretical research, cybernetic systems and education. This integrity is achieved owing to the fractal application of synergetics and the possibility of obtaining completely new properties at the junction of adjacent spheres. Another unique aspect of the monograph lies in the fact that integrity of perception does not manifest itself artificially, mechanically but rather naturally,…mehr

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Produktbeschreibung
The peculiarity of the monograph is connected with the complementarity of the knowledge spheres, which are mostly considered separately and isolated, namely: programming and computer modeling, experimental and theoretical research, cybernetic systems and education. This integrity is achieved owing to the fractal application of synergetics and the possibility of obtaining completely new properties at the junction of adjacent spheres. Another unique aspect of the monograph lies in the fact that integrity of perception does not manifest itself artificially, mechanically but rather naturally, i.e., it is primarily the information restoration of the integrity and structuring of the system. In addition, the results obtained for certain systems and areas of knowledge, including physics of the non-crystalline state, may function with new properties in other systems, such as cyber systems and education, ecology. The synergetic approach allows describing systems of a diverse nature as a whole, while preserving their uniqueness and originality. Shown is the possibility of implementation of the results of the study of physical processes in the structuring of information systems.
Autorenporträt
Prof. DrSc Mykhaylo Mar'yan and Ass. Prof. PhD Nataliya Yurkovych, Faculty of Physics, Uzhhorod National University (Ukraine). Their scientific focus includes studying self-organization processes and fractality in diverse systems, contributing to solutions in education, environment, business, and beyond.