The generation of structured light from Computer-Generated Hologram (CGH) using spatial
light modulators (SLM) has a wide range of applications, but there is currently a lack of …

Numerical simulations of Rayleigh–Bénard (RB) convective flow are performed to determine
the optical and mechanical turbulence properties and resulting index of refraction field in …

The utilization of orthogonal modes of structured light, such as orbital angular momentum
(OAM), in optical communication has led to an increased focus on the self-healing property …

Optical beams carrying orbital angular momentum (optical vortices) are sought for various
applications, such as optical communications, optical trapping and manipulation, and …

We report here the self-healing ability of vector field singularities. While few studies discuss
intensity healing in scalar beams, there is no report on polarization healing and healing of …

Advances in the generation of structured light beams have led to their increased adoption in
various applications such as laser-based material processing, optical microscopy, and …

The self-healing property of laser beams with special spatial structures is of great interest.
We take the Hermite–Gaussian (HG) eigenmode as an example, theoretically and …

This paper introduces a new approach to the self-healing quantification of structured light
beams. The self-healing is quantitatively determined by defining a self-healing degree …

We demonstrate that the self-reconstruction performance of structured light is positively
correlated with its radial degrees of freedom; specifically, structured beams with larger radial …

The paper considers the squared Laguerre-Gaussian beams. Using the Fresnel integral,
numerical modeling of the propagation of such beams in turbulent media is performed. The …