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

A biological neuron has endomembrane and extracellular membrane, and its capacitive
effect can be described in an equiavlent neural circuit composed of two capacitors. In this …

Capacitive membrane and inductive channels enable the approach of neural activities in
some equivalent neural circuits, and involvement of memristive term and magnetic flux can …

Neurons can give appropriate response to external electrical stimuli and the modes in
electrical activities can be carefully selected. Most of the neuron models mainly emphasize …

Connecting memristors into any neural circuit can enhance its potential controllability under
external physical stimuli. Memristive current along a magnetic flux-controlled memristor can …

During the release and propagation of intracellular and extracellular ions, electromagnetic
field is induced accompanying with propagation of energy flow. The firing mode is …

Static distribution of intracellular ions including calcium, sodium and potassium activates
spatial distribution of electric field and energy is kept in the biological neurons. Continuous …

Complex electrical activities in neuron can induce time-varying electromagnetic field and the
effect of various electromagnetic inductions should be considered in dealing with electrical …

Propagation and exchange of electrical signals between neurons mainly depend on the
controllability of synapses. These electrical signals will affect the dynamic characteristics of …

The functional neurons are basic building blocks of the nervous system and are responsible
for transmitting information between different parts of the body. However, it is less known …