With the advent of advanced MRI techniques it has become possible to study axonal white
matter non-invasively and in great detail. Measuring the various parameters of the long …

The paper studies the modulational instability (MI), both theoretically and numerically, of the
helicoidal spin-orbit coupled Bose-Bose mixture. An expression of the MI growth rate is …

The generation of dissipative optical solitons is explored in doped fibers with correction
effects under the activation of modulational instability (MI). The model, described by the …

In recent decades, there has been a growing interest in the impact of electric fields
generated in the brain. Transmembrane ionic currents originate electric fields in the …

This letter studies the excitation of nonlinear patterns on the one-dimensional (1D) quantum
droplet in the presence of polaron-like impurity under modulational instability (MI) activation …

Axonal connections are widely regarded as faithful transmitters of neuronal signals with
fixed delays. The reasoning behind this is that extracellular potentials caused by spikes …

Computational models enable a safe and convenient way to study the excitation of nerve
fibers under external stimulation. Contemporary models calculate the electric field …

We investigate, theoretically and numerically, the modulational instability of plane waves in
weakly cubic-quintic nonlocal nonlinear media. Theoretically, the Lenz transformation and …

The competitive effect between electric and magnetic flux couplings is used, in the context of
modulational instability, to describe the collective dynamics in a modified Hindmarsh–Rose …

The emergence of nonlinear modulated waves is addressed in an unmagnetized
electronegative plasma made of Boltzmann electrons, Boltzmann negative ions and cold …