Mikhail V. Goremyko

TL;DR: The two-layered network of Hindmarsh-Rose neurons is considered and it is revealed that in such a system multiplex interaction between layers is capable of exciting not only the synchronous interlayer chimera state but also nonidentical chimera patterns.

TL;DR: It is demonstrated that it is possible to infer the degree of interaction between the interconnected regions of the brain during different types of brain activities and to estimate the regions' participation in the generation of the different levels of consciousness.

TL;DR: This model yields the emergence of both scale-free topologies and meso-scale structures in the layers, for an appropriate choice of the control parameters, and reports that the growth of the number of interacting layers leads to a decrease of the global order, due to inter-layer structural competition.

TL;DR: In a country-scale urban network and for each specific city, the geographical neighbouring with highly populated areas is more important than its political setting and the structure of political subordination is crucial for the wealth of transportation network and communication between populated regions of the country.

TL;DR: It is shown that the increase of nodes in subgroups leads to the destruction of the synchronous interaction within the common ring and to the narrowing of the chimera region.