The electrical activity of neurons depends on the physiological conditions in the nervous
system. An electromagnetic field, for example, can significantly affect the dynamics of …

An appropriate mathematical structure to describe the population dynamics is given by the
partial differential equations of reaction–diffusion type. The spatiotemporal dynamics and …

Nonlinear dynamics play an important role in identifying complex behaviors, dynamical
mechanisms, and physiological functions of the neural firing activities. In contrast to the …

To study the effect of electromagnetic induction on the spatiotemporal dynamic behavior of
neural networks, in this paper, we have mainly studied both the synchronization behavior …

A memristor is incorporated into one branch circuit, and the effect of electromagnetic
induction in the chaotic circuit is discussed. The involvement of memristor into different …

Memristors have shown great potential to yield novel features in various domains. Therefore,
memristor-based systems are being studied in widespread applications. In this paper, a …

In contrast to traditional viewpoint that positive feedback current always enhances neural
firing activities, in the present paper, we identify that the excitatory feedback current …

The last two decades have seen many literatures on the mathematical and computational
analysis of neuronal activities resulting in many mathematical models to describe neuron …

Both electrical and chemical synapses play important role in receiving and propagating
signals between biological neurons. The activation of electrical synapse coupling is …

Abstract Information transmission delays are an inherent factor of neuronal systems as a
consequence of the finite propagation speeds and time lapses occurring by both dendritic …