We study the phenomenon of stochastic resonance in a system of coupled neurons that are
globally excited by a weak periodic input signal. We make the realistic assumption that the …

Low-level electromagnetic field (EMF) interactions with organisms are based on the physics
and chemistry of electron spin shifting of the transient radical pair and triplet state molecules …

There is great interest in the role of coherent oscillations in the brain. In some cases, high-
frequency oscillations (HFOs) are integral to normal brain function, whereas at other times …

Localizing the seizure focus is difficult and frequently, multiple sites are found. This reflects
our poor understanding of the fundamental mechanisms of seizure generation and …

The mechanical characteristic of an arm can be investigated in a two-stage cascade
pendulum, which two jointed pendulums rotate to a jointed point and move forward for …

We investigate the effects of time-periodic coupling strength on the temporal coherence or
firing regularity of a scale-free network consisting of stochastic Hodgkin–Huxley (H–H) …

Improving tactile sensation by vibrating insoles was recommended to prevent foot ulcers in
diabetic peripheral neuropathy (DPN). Lack of an insole design for diabetics was a …

Coherent neural oscillations represent transient synchronization of local neuronal
populations in both normal and pathological brain activity. These oscillations occur at or …

The random nature of seizures poses difficult challenges for epilepsy research. There is
great need for a reliable method to control the pathway to seizure onset, which would allow …

Neuronal electrical oscillations play a central role in a variety of situations, such as epilepsy
and learning. The mapped clock oscillator (MCO) model is a general model of …