The features of envelope soliton formation in one-dimensional periodic ferromagnetic structure were considered. The model based on the coupled nonlinear Schrödinger equations was used for investigation. The parameter space showing the region in which solitons similar to the Bragg solitons with different features can form was calculated. The mechanisms of the formation of the solitons localized on the limited length of the structure were considered
We shall consider a coupled nonlinear Schrodinger equation- Bloch system of equations describing the...
We introduce a new species of gap solitons (GSs) supported by an azimuthally modulated guiding ring ...
We predict the existence of gap solitons in a nonlinear, quadratic Fabry-Pérot negative index cavity...
The modulational instability and gap solitons are theoretically studied in the ferromagnetic films u...
AbstractA periodically inhomogeneous Schrödinger equation is considered. The inhomogeneity is reflec...
The existence, internal modes and stability of gap solitons in nonlinear periodic systems are discus...
A periodically inhomogeneous Schrödinger equation is considered. The inhomo-geneity is reflected th...
It is demonstrated theoretically that a nonlinear medium with a spatially periodic refractive index ...
Optical solitons in fiber grating in which the dielectric constant varies periodically along it, are...
In this work, we study the stability and internal modes of one-dimensional gap solitons employing th...
We study fundamental optical gap solitons in the model of a fiber Bragg grating (BG), which is subje...
A periodically inhomogeneous Schrödinger equation is considered. The inhomogeneity is reflected thro...
Solitons are studied in a model of a fiber Bragg grating (BG) whose local reflectivity is subjected ...
The existence, stability and other dynamical properties of a new type of multi-dimensional (2D or 3D...
One of the fundamental physical phenomena observed in different media are the envelope solitons of w...
We shall consider a coupled nonlinear Schrodinger equation- Bloch system of equations describing the...
We introduce a new species of gap solitons (GSs) supported by an azimuthally modulated guiding ring ...
We predict the existence of gap solitons in a nonlinear, quadratic Fabry-Pérot negative index cavity...
The modulational instability and gap solitons are theoretically studied in the ferromagnetic films u...
AbstractA periodically inhomogeneous Schrödinger equation is considered. The inhomogeneity is reflec...
The existence, internal modes and stability of gap solitons in nonlinear periodic systems are discus...
A periodically inhomogeneous Schrödinger equation is considered. The inhomo-geneity is reflected th...
It is demonstrated theoretically that a nonlinear medium with a spatially periodic refractive index ...
Optical solitons in fiber grating in which the dielectric constant varies periodically along it, are...
In this work, we study the stability and internal modes of one-dimensional gap solitons employing th...
We study fundamental optical gap solitons in the model of a fiber Bragg grating (BG), which is subje...
A periodically inhomogeneous Schrödinger equation is considered. The inhomogeneity is reflected thro...
Solitons are studied in a model of a fiber Bragg grating (BG) whose local reflectivity is subjected ...
The existence, stability and other dynamical properties of a new type of multi-dimensional (2D or 3D...
One of the fundamental physical phenomena observed in different media are the envelope solitons of w...
We shall consider a coupled nonlinear Schrodinger equation- Bloch system of equations describing the...
We introduce a new species of gap solitons (GSs) supported by an azimuthally modulated guiding ring ...
We predict the existence of gap solitons in a nonlinear, quadratic Fabry-Pérot negative index cavity...