The perfect optical vortex (POV) has additional potential uses in optical trapping and optical
communication, due to its diameter being independent of its topological charge. In this study …

Optical vortices (OVs), as eigenmodes of optical orbital angular momentum, have been
widely used in particle micro-manipulation. Recently, perfect optical vortices (POVs), a …

Perfect optical vortices enable the unprecedented optical multiplexing utilizing orbital
angular momentum of light, which, however, suffer from distortion when they propagate in …

The recognition of vortex beam orbital angular momentum (OAM) is the basis for achieving
high-speed communication, but the atmospheric turbulence (AT) causes distortion of phase …

A partially coherent off-axis double vortex beam (PCOADVB) composed of two off-axis
vortices is theoretically presented. The analytical equations of a PCOADVB in oceanic …

Perfect optical vortex (POV) beams have attracted extensive attention because they have the
advantage of a radial profile that is independent of orbital angular momentum. To date, it is …

Optical force exerted on the dielectric Rayleigh particles and tightly focused properties of
circular polarized pin-like vortex beam are studied numerically in this paper. Firstly, we drive …

We report on a novel curvilinear optical vortex beam named twin curvilinear vortex beams
(TCVBs) with intensity and phase distribution along a pair of two-or three-dimensional …

The double ring perfect optical vortex (DR-POV) published in Optics Express in 2020 is an
optical beam obtained from the difference between two perfect optical vortices POV. As its …