Abstract Resistor (R), Inductor (L) and Capacitor (C) are electronic components used to
evaluate the effects of joule heat, magnetic field and electric field respectively. In …

This paper investigates the dynamical behavior of the Tamasevicius et al.(1997) oscillator
(named TCMNL hereafter) considering memristor as the nonlinear element by replacing the …

Memristors are widely used to simulate the effects of electromagnetic radiation on neurons
or as synapses to simulate excitation and inhibition between neurons. This paper constructs …

In this paper, a novel no-equilibrium Hindmarsh-Rose (HR) neuron model with memristive
electromagnetic induction is proposed. This memristive HR neuron model exhibits complex …

Memristor synapse can be used to characterize the electromagnetic induction effect
between two neurons that induces an action current by their membrane potential difference …

In this article multiple and generic bifurcations of planar discrete-time Hindmarsh-Rose
oscillator are investigated in detail by bifurcation theory and numerical continuation …

The electromagnetic environment around neurons is very complex, and studying the effect of
electromagnetic radiation on the firing behavior of neurons is of great significance. In this …

Since the electrical activities of neurons are closely related to complex electrophysiological
environment in neuronal system, a novel three‐dimensional memristive Hindmarsh–Rose …

In this paper, bidirectional-coupled neurons through an asymmetric electrical synapse are
investigated. These coupled neurons involve 2D Hindmarsh–Rose (HR) and 2D FitzHugh …

The membrane potential difference between two adjacent neurons can induce an
electromagnetic induction current that behaves like a memristor synapse effect using to …