We experimentally show that when higher-order optical vortices generated by a system of dielectric wedges are subjected to focusing they do not lose their structural stability
Optical vortices are an interesting phenomenon, showing analogous behaviour to other vortices and sc...
We report numerical simulations supported by experimental observations of self-focusing, fillamentat...
In optical data transmission with using vortex laser beams, data can be encoded by the topological c...
Diffraction of a Gaussian beam with a system of successively located optical wedges is considered. I...
We generate double-charge white-light optical vortices by sending a circularly polarized partially i...
The stable propagation of spatially localized optical vortices in self-focusing nonlinear media was ...
Vortex is an interesting phenomenon which appears in many branches of physics, including optics, flu...
Tight focusing of radially polarized beams with a devil’s vortex lens is numerically investigated. M...
Optical vortices are phase singularities in electromagnetic waves that constitute a unique and fasci...
We investigate the tight focusing properties of partially coherent and radially polarized vortex bea...
We show that the advection of optical localized structures is accompanied by the emission of vortice...
The superposition of noncoaxial light beams containing screw wave-front dislocations is shown to cre...
An optical vortex (phase singularity) with a high topological strength resides on the axis of a high...
We elaborate a solution for the problem of stable propagation of transversely localized vortex beams...
Experimental high-quality optical vortices of different topological charges are generated by using a...
Optical vortices are an interesting phenomenon, showing analogous behaviour to other vortices and sc...
We report numerical simulations supported by experimental observations of self-focusing, fillamentat...
In optical data transmission with using vortex laser beams, data can be encoded by the topological c...
Diffraction of a Gaussian beam with a system of successively located optical wedges is considered. I...
We generate double-charge white-light optical vortices by sending a circularly polarized partially i...
The stable propagation of spatially localized optical vortices in self-focusing nonlinear media was ...
Vortex is an interesting phenomenon which appears in many branches of physics, including optics, flu...
Tight focusing of radially polarized beams with a devil’s vortex lens is numerically investigated. M...
Optical vortices are phase singularities in electromagnetic waves that constitute a unique and fasci...
We investigate the tight focusing properties of partially coherent and radially polarized vortex bea...
We show that the advection of optical localized structures is accompanied by the emission of vortice...
The superposition of noncoaxial light beams containing screw wave-front dislocations is shown to cre...
An optical vortex (phase singularity) with a high topological strength resides on the axis of a high...
We elaborate a solution for the problem of stable propagation of transversely localized vortex beams...
Experimental high-quality optical vortices of different topological charges are generated by using a...
Optical vortices are an interesting phenomenon, showing analogous behaviour to other vortices and sc...
We report numerical simulations supported by experimental observations of self-focusing, fillamentat...
In optical data transmission with using vortex laser beams, data can be encoded by the topological c...
DOI
Add to ORKG