Self-organized structures in non-crystalline solids and other systems - Yurkovych, Nataliya
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The concepts and methods of this one monograph are implemented and adapted to address the following issues: consideration of structuring non-crystalline materials at different stages of formation, influence of external factors (irradiation, temperature, bio-exchange with environment); forecasting of materials of artificial intelligence and synergetic approach to their formation, examination of environmental environments; study of the levels of ordering (scales of spatial ordering, spatial-temporal ordering, time intervals of instabilities) and their application in cyber systems; substantiation…mehr

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Produktbeschreibung
The concepts and methods of this one monograph are implemented and adapted to address the following issues: consideration of structuring non-crystalline materials at different stages of formation, influence of external factors (irradiation, temperature, bio-exchange with environment); forecasting of materials of artificial intelligence and synergetic approach to their formation, examination of environmental environments; study of the levels of ordering (scales of spatial ordering, spatial-temporal ordering, time intervals of instabilities) and their application in cyber systems; substantiation of the possibility of applying the approach in the study of natural sciences, taking into account the synergy between the various sciences and disciplines; identification of interdisciplinary synergies of fractal structure and interrelation between different subjects - mathematics, biology, ecology, physics. The monograph may be interesting both for specialists in the field of object oriented computer modeling, research of structuring levels of the non-crystalline systems, contribute to the formation of a new the areas of the research, as well for the general public of readers.
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.