Extreme multistability is the coexistence of a large number of attractors which can be
reached by varying initial conditions. In this paper we show how this fascinating …

This paper explores nonlinear analysis of a novel small-scale grid (SSG) and studies the
impact of electromagnetic power, random wind power, periodic load and additive white …

Continuous energy pumping and exchange along the coupling channel can balance the
energy release between nonlinear oscillators for reaching complete synchronisation. When …

In this paper we discuss and explain the phenomenon of synchronization in lightly
supported mechanical systems. The investigations are focused on the models of self …

Synchronized firing of neurons is considered as one of the crucial characteristics for signal
transmission and neuronal coding. In this article, spatiotemporal synchronization of coupled …

In this paper, conformable fractional order differential equations with piecewise constant
arguments are used for a modeling population density of a bacteria species in a microcosm …

This work introduces a new 3-D chaotic system with a line of equilibrium points. We carry out
a detailed dynamic analysis of the proposed chaotic system with five nonlinear terms. We …

In this paper, we consider and investigate the dynamics of a fractional-order thin
magnetostrictive actuato with quintic nonlinearity. The energy balance method is used to …

In this work, ideas for innovative solutions to ensure security in communication systems with
immunity to cyberattacks are studied in depth. By analyzing the filters of the method …

In this paper, we proposed general coupling conditions to the error dynamics of coupled
dynamical systems for realizing multistability. The basic mechanism to propose multistability …