Interlayer adaptation-induced explosive synchronization in multiplex networks
Anil Kumar, Sarika Jalan, Ajay Deep Kachhvah
Abstract
This paper demonstrates that through adaptive multiplexing, one can achieve explosive synchronization in those networks which are incapable of exhibiting the same in isolation. The numerical simulations are supported by a mean-field analytical treatment predicting the occurrence of global coherence and demonstrating that how the adaptive multiplexing suppresses the formation of a giant cluster eventually leading to explosive synchronization.
Topics & Concepts
Explosive materialAdaptation (eye)Synchronization (alternating current)MultiplexComputer scienceBiologyComputer networkChemistryNeuroscienceBioinformaticsChannel (broadcasting)Organic chemistryNonlinear Dynamics and Pattern FormationNeural Networks Stability and Synchronizationstochastic dynamics and bifurcation