The techniques of optical beam shaping have enabled progress in a broad range of
interdisciplinary science and engineering, owing to the unique properties and promising …

The ability to overcome the negative effects, induced by obstacles and turbulent
atmosphere, is a core challenge of longdistance information transmission, and it is of great …

The optical coherence structures of random optical fields can determine beam propagation
behavior, light–matter interactions, etc. Their performance makes a light beam robust …

Numerous applications—including optical communications, directed energy, remote
sensing, and optical tweezing—utilize the principles of statistical optics and optical …

We study theoretically and experimentally the influence of the obstacle position separation
from the source on the self-healing capacity of partially coherent beams using Hermite …

We demonstrate analytically and verify numerically that recently discovered, and
experimentally realized, partially coherent dark and antidark beams are structurally stable …

Existing methods for probing the orbital angular momentum carried by vortex beams have
many limitations and are generally only applicable to specific types of vortex beam. In this …

In this section, we derive the cross-spectral density (CSD) function of a cosine-Gaussian
correlated Schell-model (CGCSM) beam with a cross phase (CP), propagating in a paraxial …

The degree of coherence function of a light beam could be used for optical encryption,
robust optical imaging, and other purposes. However, recent works demonstrated that it has …

Partially coherent pulses, especially those with non-Gaussian correlated functions, have
rarely been explored in nonlinear media because of the demanding procedure of the widely …