Add to ORKGA method for transforming the topological structure of a singular light beam under multiwave mixing in the media with resonant nonlinearity is justified theoretically. The effect of self- and cross-modulation of the light waves under condition of nonlinear variation of the refractive index on stability of the optical vortices appearing in the multiwave mixing is studied
The features of propagation and interaction phenomena for singular light beams in resonant media hav...
A study is carried out to demonstrate that even a weak nonlinear coupling into additional waves can ...
The work presents a theory of the optical beam interactions in interferometers with a non-linear res...
A method for transforming the topological structure of a singular light beam under multiwave mixing ...
The transformation of singular light beams is analyzed theoretically for multiwave interactions on a...
The method for topological structure transformation of optical vortices with simultaneous frequency ...
Experiments performed with different vortex pump beams show for the first time the algebra of the vo...
A theoretical study is made of the conditions for bifurcation and optical multistability at degenera...
The mechanism of multiwave mixing realized in solutions of complex organic compounds (dyes), in con...
Modulational instability in a photorefractive medium is studied in the presence of two-wave mixing. ...
Optical vortices (OVs) are singular optical beams with a spiral phase dislocation in their wavefront...
Optical vortex beams are made to interact via degenerate two-wave mixing in a Kerr-like nonlinear me...
An analysis of a frequency transformation of singular light beams by the dynamic hologram at a freq...
Interaction of light beams in nonlinear Fabry-Perot interferometer has been theoretically studied in...
The schemes of light beam transformations by volume dynamic holograms in resonant media revealing th...
The features of propagation and interaction phenomena for singular light beams in resonant media hav...
A study is carried out to demonstrate that even a weak nonlinear coupling into additional waves can ...
The work presents a theory of the optical beam interactions in interferometers with a non-linear res...
A method for transforming the topological structure of a singular light beam under multiwave mixing ...
The transformation of singular light beams is analyzed theoretically for multiwave interactions on a...
The method for topological structure transformation of optical vortices with simultaneous frequency ...
Experiments performed with different vortex pump beams show for the first time the algebra of the vo...
A theoretical study is made of the conditions for bifurcation and optical multistability at degenera...
The mechanism of multiwave mixing realized in solutions of complex organic compounds (dyes), in con...
Modulational instability in a photorefractive medium is studied in the presence of two-wave mixing. ...
Optical vortices (OVs) are singular optical beams with a spiral phase dislocation in their wavefront...
Optical vortex beams are made to interact via degenerate two-wave mixing in a Kerr-like nonlinear me...
An analysis of a frequency transformation of singular light beams by the dynamic hologram at a freq...
Interaction of light beams in nonlinear Fabry-Perot interferometer has been theoretically studied in...
The schemes of light beam transformations by volume dynamic holograms in resonant media revealing th...
The features of propagation and interaction phenomena for singular light beams in resonant media hav...
A study is carried out to demonstrate that even a weak nonlinear coupling into additional waves can ...
The work presents a theory of the optical beam interactions in interferometers with a non-linear res...