Mykhaylo Mar'yan (0000-0002-1667-4945)

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Mykhaylo Mar'yan, Doctor of Science (Physics & Mathematics), Professor of the Department of Solid-State Electronics & Information Security Faculty of Physics, Uzhgorod National University, Ukraine. The scientific interests are associated with studies and implementation of self-organization processes in the synergetics systems of diverse nature.

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Uzhhorod National University: Uzhhorod, UA

2005-09 to present | Professor (Department of Solid-State Electronics & Information Security Faculty of Physics)

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Mykhaylo Mar'yan

https://orcid.org/0000-0002-1667-4945

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Employment (1)

Uzhhorod National University: Uzhhorod, UA

Education and qualifications (4)

Uzhhorod National University: Uzhhorod, UA

Uzhhorod National University: Uzhhorod, UA

Uzhhorod National University: Uzhhorod, UA

Uzhhorod National University: Uzhhorod, UA

Professional activities (2)

Uzhhorod National University: Uzhhorod, UA

Department of Physics, Mathematics and Technology Faculty of Humanities and Natural Sciences: Presov, Presov, SK

Funding (3)

Fractality and synergetics of the non-crystalline and intelligent materials: application to the developing of artificial intelligence and information & communication systems

Synergetics and fractality of the non-crystalline state: methods, concepts, self-organizing structures and applications in the information technology

Fractality and innovative technologies of the teaching physics in the higher educational institutions and universities

Works (44)

LOW-TEMPERATURE ANOMALIES AND NANOSIZED LEVELS FORMATION OF SELF-ORGANIZED STRUCTURES IN THE NON-CRYSTALLINE SOLIDS OF AS(GE)-S(SE) SYSTEMS

STUDENTS' SCIENCE COMPETENCIES AND SOLVING TASKS

Innovative technologies of physical and mathematical education implemented by using of fractal approach

Fractality as a Wholeness: Information, Space and Time

FRACTALITY FORMATION OF THE GRADIENT-MODIFIED THIN FILMS &lt;Ge<sub>2</sub>S<sub>3</sub>:X&gt;(X-Al, Bi, Pb, Te) BY SELF-ORGANIZED PROCESSES

Fractality and Information: a World with Endless Aspects of Reality

METHODS OF THE FRACTAL APPROACH IN SCIENCE EDUCATION: INNOVATIVE TECHNOLOGY AND CONCEPTS OF COMPUTER MODELING

Low-temperature anomalies and nanosized levels formation of self-organized structures in the non-crystalline solids of As(Ge)-S(Se) systems

Self-organized structures induced by external white noise and nanosized levels of their formation in the non-crystalline As-S(Se) semiconductor systems

Endless World of Fractality: a World with Endless Possibilities

World without End: Self-Organization and Fractality

Self-organized structures in the systems of different nature

Synergetics, Fractality and Information

Formation and Modeling of Nanosized Levels of the Self-organized Structures in the Non-crystalline Thin Films of Ge-As-Te(S, Se) Systems

Іnnovative Technologies of Computer Modeling for Physical and Information Processes

Nanosized levels of the self-organized structures in the non-crystalline semiconductors As–S(Se) system

Synergetics and fractality of the information systems

Synergetics of the instability and randomness

Self-organized structures in non-crystalline solids and other systems

Synergetics of the instability and randomness in formation of gradient modified semiconductor structures

Fractality of the non-crystalline solids and other systems

Mar’yan Mykhaylo, Yurkovych Nataliya, Seben Vladimir . SELF-ORGANIZATION AND FRACTALITY OF THE NON-CRYSTALLINE SYSTEMS: FORMATION AND MODELING NANOSIZED LEVELS OF THE DISSIPATIVE STRUCTURES. P. 174-175

SYNERGETICS AND FRACTALITY IN SCIENCE EDUCATION

Synergetics of Computer Modeling, Research and Technology Education.

Synergetics and fractality in teaching natural sciences

Fractal approach to teaching physics and computer modeling,Enfoque del fractal en la enseñanza de la física y modelizacion por computadora

Computer modeling and innovative approaches in physics: optics

Дисипативні структури та фрактальний підхід до формування некристалічного стану

Dynamic instability and self-organization processes in the temperature interval of softening non-crystalline materials

Self-Organising Processes and Fractal Approach to the Formation of NonCrystalline States

COMPOSITION OF NEURAL NETWORKS BY HEBB ALGORITHM AND DIRECT SPREADING IN CHARACTERS ENCODING SYSTEMS

INFLUENCE ON DISORDER STRUCTURE OF THE NON-CRYSTALLINE MATERIALS AND SYNERGETIC EFFECTS

FRACTAL APPROACH TO NON-CRYSTALLINE STATES

The processes of self-organization and the formation of fractals in non-crystalline solids

Synergetic model of the formation of non-crystalline structures

Self-organizing processes in the non-crystalline materials: from lifeless to living objects

Two-structure model of liquid water

Bistability thermoinduction and dissipative structure formation in the non-crystalline materials

Bifurcation diagrams and dissipative structures formation in noncrystalline materials

Photoinduced instabilities in chalcogenide glasses for optical recording media

Mechanism and specific features of the effect of outer noise on vitrification of melts of glass-forming semiconductors

Mechanism and functional relations characterizing the influence of ambient noise on the vitrification of glass-forming semiconductor melts

Stability conditions for an anharmonic crystal in the mixed state

LOCALIZED STATES AND PHOTOINDUCED CHANGES IN CHALCOGENIDE GLASSES.

FRACTALITY FORMATION OF THE GRADIENT-MODIFIED THIN FILMS <Ge<sub>2</sub>S<sub>3</sub>:X>(X-Al, Bi, Pb, Te) BY SELF-ORGANIZED PROCESSES