We numerically and experimentally study the autofocusing and self-healing of partially
blocked circular Airy derivative beams (CADBs). The CADB consists of multiple rings, and …

Self-healing in optics generally refers to the ability to reconstruct itself and restore the
original state after encountering obstacles in the propagation of the light field. In this …

We theoretically and experimentally study the noise correlations in an array of lasers based
on a VECSEL (Vertical External Cavity Surface Emitting Laser) architecture. The array of two …

Abrupt autofocusing is defined as a phenomenon that the peak light intensity of an optical
beam dramatically increases by several orders of magnitude while remaining low level near …

A discrete vortex, formed by a one-dimensional (1D) ring array of lasers, has high output
power as compared with a conventional continuous vortex, and therefore has attracted …

Laser beams with high-energy densities are desired for both fundamental research and
applied applications. We present a numerical study on the generation of high-energy …

We present generation of asymmetric aberration laser beams (aALBs) with controlled
intensity distribution, using a diffractive optical element (DOE) involving phase asymmetry …

We present the generation of high-power discrete vortices formed by phase locking one-
dimensional ring array of lasers in a degenerate cavity. We have observed that the …