Biological neurons can present a variety of firing modes and adaptive regulation in the
synapses is effective to encode information and propagate electric signals to other neurons …

The diverse firing responses in a single neuron model as well as in a neuronal network play
a major role in understanding the collective neuronal dynamics. In this paper, we consider …

The channel currents have distinct magnetic field effect and any changes of the
electromagnetic field or electirc stimulus will change the membrane potential effectively. A …

In the present paper, complex bursting patterns caused by the coupling effect of different
frequency scales in the Rayleigh–van der Pol–Duffing oscillator (RVDPDO) driven by the …

Neurons can exhibit various rhythmic activities such as bursting, spiking, and quiescent
states when exposed to external input current stimulus. In this paper, a model of medicinal …

Photosensitive neurons can capture and convert external optical signals, and then realize
the encoding signal. It is confirmed that a variety of firing modes could be induced under …

The article focuses on the issue of a spatiotemporal excitable biophysical model that
describes the propagation of electrical potential called spikes to model the diffusion-induced …

Chimera states are a truly remarkable dynamical phenomenon that occur in systems of
coupled oscillators. In this regime, regions of synchronized and unsynchronized elements …

摘要本文提出一种新的研究思路, 将两个单向耦合的FitzHugh-Nagumo 神经元之间的滞后同步
视为一种特殊的广义同步, 通过辅助系统方法来获得滞后同步发生的条件 …

A model describing the dynamics of a one-dimensional chain of interacting nonlocally
coupled neurons, based on properties of the fractional Laplacian with constant and variable …