In the presence of external stimuli and electromagnetic radiation (EMR), biological neurons
can exhibit different firing patterns and switch to appropriate firing modes because of …

The propagation and detection of weak signals play a vital role in the central nervous
system's information processing. In this paper, a biophysical two-compartment model is …

The membrane potential of a neuron is mainly controlled by the gradient distribution of
electromagnetic field and concentration diversity between intracellular and extracellular …

One-layer membrane separates the gradient field in and out of the cell, while some two-layer
membranes filled with excitable media/material are important to regulate the energy flow …

Inverse stochastic resonance (ISR) is a depression phenomenon of firing activity of neuron
with respect to noise, and the characteristics of neural systems are determined by neuronal …

The marvelous Wilson neuron model involves sodium and potassium ion currents, which
offer great significance in generating firing activities. This paper firstly deduces that the …

Stochastic resonance and energy consumption are significant for information processing
and transmission in the neural system. In this paper, we constructed an excitatory–inhibitory …

Biological neurons are clustered and functional synapses are created to propagate electric
signals accompanying with formation of spatial patterns in the neural network. From physical …

Stochastic resonance is an essential phenomenon in neurobiology, it is connected to the
constructive role of noise in the signals that take place in neuronal tissues, facilitating …

The membrane potential of an isolated biological neuron results from the concentration
difference between intracellular and extracellular ions. Any external disturbance and …