Optical nonlinearity and feedback through Bragg periodicity are the basic ingredients for light localization into gap solitons. We review the basic concepts and model equations for gap solitons in Kerr and quadratic nonlinear media encompassing a one-dimensional Bragg resonance. With specific regard to frequency doubling media, we generalize the concept of a photonic crystal to band-gaps of a nonlinear origin, and finally address the slow character of quadratic gap-solitons with reference to their excitation
We demonstrate interesting and previously unforeseen properties of a pair of gap solitons in a reson...
[[abstract]]© 2007 Institute of Electrical and Electronics Engineers-We analyze the existence, stabi...
In a waveguide for second-harmonic generation, a linear corrugation able to couple counterpropagatin...
Optical nonlinearity and feedback through Bragg periodicity are the basic ingredients for light loca...
Optical nonlinearity and feedback through Bragg periodicity are the basic ingredients for light loca...
We demonstrate an important role of the process of optical rectification in the theory of nonlinear ...
Localized energy states such as two-color gap solitons are theoretically and numerically predicted i...
We review the theory of light localization due to the combined action of single or double Bragg coup...
We investigate electromagnetic localization in a nonlinear photonic crystal, i.e., a structure with ...
We investigate electromagnetic localization in a nonlinear photonic crystal, i.e., a structure with ...
We address the important problem of excitation of gap solitons of a parametric nature, which are sus...
Localized energy states such as two-color gap solitons are theoretically and numerically predicted i...
We present detailed analytical and numerical studies of nonlinear wave interaction processes in one-...
Chapter 9: In 1979 Winful et al. showed theoretically that the transmission of a nonlinear Bragg gra...
Energy localization and Bragg solitons can be sustained by the interplay of distributed feedback and...
We demonstrate interesting and previously unforeseen properties of a pair of gap solitons in a reson...
[[abstract]]© 2007 Institute of Electrical and Electronics Engineers-We analyze the existence, stabi...
In a waveguide for second-harmonic generation, a linear corrugation able to couple counterpropagatin...
Optical nonlinearity and feedback through Bragg periodicity are the basic ingredients for light loca...
Optical nonlinearity and feedback through Bragg periodicity are the basic ingredients for light loca...
We demonstrate an important role of the process of optical rectification in the theory of nonlinear ...
Localized energy states such as two-color gap solitons are theoretically and numerically predicted i...
We review the theory of light localization due to the combined action of single or double Bragg coup...
We investigate electromagnetic localization in a nonlinear photonic crystal, i.e., a structure with ...
We investigate electromagnetic localization in a nonlinear photonic crystal, i.e., a structure with ...
We address the important problem of excitation of gap solitons of a parametric nature, which are sus...
Localized energy states such as two-color gap solitons are theoretically and numerically predicted i...
We present detailed analytical and numerical studies of nonlinear wave interaction processes in one-...
Chapter 9: In 1979 Winful et al. showed theoretically that the transmission of a nonlinear Bragg gra...
Energy localization and Bragg solitons can be sustained by the interplay of distributed feedback and...
We demonstrate interesting and previously unforeseen properties of a pair of gap solitons in a reson...
[[abstract]]© 2007 Institute of Electrical and Electronics Engineers-We analyze the existence, stabi...
In a waveguide for second-harmonic generation, a linear corrugation able to couple counterpropagatin...