In this review we present recent theoretical and experimental progress on modulation
instability and parametric amplification processes in dispersion oscillating fibers. These …

The dynamical Casimir effect is the generation of pairs of real particles or photons from the
vacuum as a result of a non-adiabatic change of a system parameter or boundary condition …

We clarify an analytical approach in the theory of modulational instability developed in the
framework of the nonautonomous nonlinear Schrödinger equation model taking into account …

Our direct computer experiments reveal the main features of the induced modulational
instability in the sign-reversal dispersion traps and offer a clearer view of how nonlinear …

This paper analyzes the emergence of soliton trains in even higher-order dispersive media
and explores the modulational instability phenomenon in optical media. The analysis …

Abstract Nonlinear Schrödinger–Maxwell Bloch equation with tapered term is considered
which describes the optical soliton propagation in a tapered erbium doped fiber. Especially …

We show that taking into account the temporal intensity profile of a pulsed pump beam may
lead to significant deviations from the predictions based on continuous wave analysis of the …

The main objective of our study consists in revealing the role of the cubic–quintic
nonlinearity in the dynamics of induced modulational instability in nonautonomous nonlinear …

We present a theoretical and experimental study of the modulation instability process in a
dispersion oscillating passive fiber-ring resonator in the low dispersion region. Generally …

We study in detail the modulation instabilities (MIs) in nonlinear two-core optical fibers
(TCFs) in the presence of fourth-order dispersion (FOD) by considering the symmetric and …