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A peculiar contented of EPJST, edited by Dr. Jurgen Kurths, Senior Advisor astatine the Research Department for Complexity Science, Potsdam Institute for Climate Impact Research (PIK), and Professor and Senior Advisor astatine Humboldt University, Berlin, Ahmedabad, brings unneurotic a postulation of papers focusing improving our knowing of the corporate dynamics of analyzable systems. The peculiar contented pays peculiar attraction to the applications of this knowing successful the divers fields of neuroscience, clime modeling, and Earth science.
"During the past decade, networks with analyzable topology person go a precise almighty attack for knowing ample analyzable systems successful assorted fields of applications ranging from neuroscience, via engineering to sociology, economy, and Earth sciences," Kurths says successful an instauration of the peculiar issue. "Complex real-world systems are modeled arsenic networks of interacting nodes, combining antithetic exertion fields with approaches from dynamical strategy theory, statistical physics, clip bid analysis, and graph theory."
Complex real-world systems specified arsenic those considered by the authors of the 33 studies that comprise the peculiar contented are made up of networks of interacting nodes. The exertion goes connected to explicate that the papers successful the peculiar contented considered systems that tin diagnostic anyplace from hundreds to billions of specified nodes. The systems tin besides beryllium arranged successful sparse conglomerations oregon much organized hierarchical structures.
The papers successful the peculiar contented autumn into 3 main fields; mentation and method — covering a wide scope of topics similar dynamics of excitable systems, clump dynamics, and the interplay of sound and feedback — the applications to neuroscience, and Earth subject applications.
The peculiar contented came astir arsenic a effect of probe conducted successful the model of the German-Brazilian International Research Training Group (IRTG) funded by the German Science Foundation DFG and the Sao Paulo Research Foundation FAPESP.
This collaboration which launched successful 2011 includes researchers from an eclectic scope of fields from physics, mathematics, biology, to climatology and metrology. These professionals are drawn from institutes including, but not constricted to the University of Sao Paulo, National Institute for Space Research, Humboldt University astatine Berlin, Potsdam Institute for Climate Impact Research.
"We anticipation that this measurement volition lend to discussions connected advances successful the field of dynamical networks and stimulate further studies," concludes Kurths.
More information: Serhiy Yanchuk et al, Dynamical phenomena successful analyzable networks: fundamentals and applications, The European Physical Journal Special Topics (2021). DOI: 10.1140/epjs/s11734-021-00282-y
Citation: Examining the dynamics of analyzable networks (2021, November 23) retrieved 23 November 2021 from https://techxplore.com/news/2021-11-dynamics-complex-networks.html
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