A komplexitás univerzális modelljeiről: lehetőségek és határok. Interjú Néda Zoltán fizikussal
The Universal Models of Complexity: Possibilities and Limits

Summary/Abstract: With the development of computational research methods and the availability of large electronic databases, interdisciplinary research in physics has boomed in recent decades. By modelling complex systems based on networks, we can study biological, social or even economic systems. Social physics (sociophysics) studies the behaviour of crowds of people, while economic physics (econophysics) tries to model economic phenomena using the methods of statistical physics. At the Hungarian Institute of Physics of Babeș-Bolyai University, under the direction of Zoltán Néda, some interesting research results on collective phenomena and complex systems have been produced in recent years. Zoltán Néda’s research area is interdisciplinary applied statistical physics, including the statistical physics approach to social phenomena. The researcher has spoken about the nature of complex systems and their modelling methods.

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