We demonstrate numerically that the focusing of beams that correspond to laser modes into a phase-matchable second-order nonlinear optical medium can lead to the generation of a rich spectrum of quadratic solitons. We also show that the number of solitons generated can be explained by a simple model. (C) 1997 Optical Society of America
The vector Maxwell equations for the first-and second-harmonic planar beams are solved with allowanc...
We investigate the propagation of intense light beams in bulk quadratic nonlinear crystals under con...
Second-harmonic generation of light in bulk quadratic non-linear media with intense input beams cont...
We demonstrate numerically that the focusing of beams that correspond to laser modes into a phase-ma...
Quadratic solitons consist of multifrequency beams which propagate together without diffraction, pro...
Quadratic spatial solitons, beams that propagate unchanged in shape and magnitude, are supported by ...
We investigate the propagation of intense Gaussian beams in materials with quadratic nonlinearity. E...
Quadratic spatial solitons, beams that propagate unchanged in shape and magnitude, are supported by ...
We investigate the formation and evolution of spatial solitons with light beams propagating in quadr...
A method is proposed to generate and study the dynamics of spatial light solitons in a birefringent ...
We investigate the propagation of intense light beams in bulk quadratic nonlinear crystals under con...
Amplification of spatial solitons in quadratic nonlinear media under conditions for secon...
We investigate the propagation of intense Gaussian beams in materials with quadratic nonlinearity. E...
We investigate the propagation of intense Gaussian beams in materials with quadratic nonlinearity. E...
We report what is believed to be the first experimental demonstration of soliton content as a functi...
The vector Maxwell equations for the first-and second-harmonic planar beams are solved with allowanc...
We investigate the propagation of intense light beams in bulk quadratic nonlinear crystals under con...
Second-harmonic generation of light in bulk quadratic non-linear media with intense input beams cont...
We demonstrate numerically that the focusing of beams that correspond to laser modes into a phase-ma...
Quadratic solitons consist of multifrequency beams which propagate together without diffraction, pro...
Quadratic spatial solitons, beams that propagate unchanged in shape and magnitude, are supported by ...
We investigate the propagation of intense Gaussian beams in materials with quadratic nonlinearity. E...
Quadratic spatial solitons, beams that propagate unchanged in shape and magnitude, are supported by ...
We investigate the formation and evolution of spatial solitons with light beams propagating in quadr...
A method is proposed to generate and study the dynamics of spatial light solitons in a birefringent ...
We investigate the propagation of intense light beams in bulk quadratic nonlinear crystals under con...
Amplification of spatial solitons in quadratic nonlinear media under conditions for secon...
We investigate the propagation of intense Gaussian beams in materials with quadratic nonlinearity. E...
We investigate the propagation of intense Gaussian beams in materials with quadratic nonlinearity. E...
We report what is believed to be the first experimental demonstration of soliton content as a functi...
The vector Maxwell equations for the first-and second-harmonic planar beams are solved with allowanc...
We investigate the propagation of intense light beams in bulk quadratic nonlinear crystals under con...
Second-harmonic generation of light in bulk quadratic non-linear media with intense input beams cont...