Elimination of spiral waves in excitable media by magnetic induction

Effect of temperature sensitive ion channels on the single and multilayer network behavior of an excitable media with electromagnetic induction

“…Fig. 9: Network snapshots considering temperature affected potassium ion channels in TDML model without electromagnetic field coupling Many literatures have discussed the effect of magnetic coupling on spiral waves [20,21,[28][29][30] and some have shown that the electromagnetic flux coupling can effectively suppress the spiral waves [33]. Hence, we consider the TDML model with electromagnetic coupling and consider them as individual node in the network (5).…”

Spontaneous electromagnetic induction promotes the formation of economical neuronal network structure via self-organization process

“…Furthermore, this spontaneous electromagnetic induction can induce abundant chaotic dynamics in a previously steady-state neural network; this phenomenon has been experimentally proven with an equivalent electric circuit model of the neural network in PSpice 53 . More importantly, spontaneous electromagnetic induction in neurons provides a reasonable and effective path to study the effect of external electromagnetic fields on neural system functions 48,55–58 . For example, the electromagnetic radiation can induce diverse synchronizations 55,59 , stochastic resonance 60 , rhythm disorder 59 and mode transitions of electrical activities 56 in the neuronal network; in particular, an optimal electromagnetic radiation intensity can induce the occurrence of stochastic resonance and a maximal neuronal response to weak signals 55 .…”