This investigation presents the generalized cubic-quintic Guizburg-Landau (GCQGL)
equation with higher-order dispersion effects in a nonlinear electrical transmission network …

We investigate the behavior of the electromagnetic wave that propagates in a metamaterial
for negative index regime. Second-order dispersion and cubic-quintic nonlinearities are …

Herein, the behavior of the soliton light pulse when quintic–nonlinearity, third‐order
dispersion, and self‐steepening come into play in a nonlinear metamaterial for both …

We examine the cubic-quintic-Raman influences on the system when the second-order
dispersion and the cubic-quintic-nonlinearities act in a double-negative material. This …

The goal of this investigation is based on electromagnetic wave behavior which is modeled
by a nonlinear Schrödinger equation in a nonlinear metamaterial optical system. Two …

In this paper, we introduce and propose exact and explicit analytical solutions to a novel
model of the nonlinear Schrödinger (NLS) equation. This model is derived as the equation …

We demonstrate at the first time that the left-handed transmission line with varactor diodes
can support higher-order effects. So, we establish at the first time, a nonlinear Schrödinger …

In this work, we present a particular nonlinear transmission line called chameleon nonlinear
transmission line. In fact, the chameleon's behavior is related to the fact that without …

We investigate the behavior of electromagnetic wave which propagates in a metamaterial for
negative index regime. The optical pulse propagation is described by the nonlinear …

We analyze the right-handed behavior of a composite right/left-handed transmission line
where electromagnetic wave is propagated. Cubic-nonlinearity, second-order dispersion …