Abruptly autofocusing beams have attracted more and more attention because of their
potential applications in optical manipulation. Here, we not only experimentally and …

We present a theoretical and experimental exhibit that accelerates quasi-Airy beams
propagating along arbitrarily appointed parabolic trajectories and directions in free space …

Theoretical, numerical, and experimental means are used to study the propagation of three-
Airy beams with and without an optical vortex in free space. These light fields are objects of …

We study both numerically and experimentally the acceleration and propagation dynamics
of 2D Airy beams with arbitrary initial angles between their “two wings.” Our results show that …

Beam wander of an Airy beam with a spiral phase in turbulence is investigated. Using the
Wigner distribution function, analytical expressions for the second-order moments and …

We numerically and experimentally investigate the propagation of deformed 2D vortex Airy
beams. Our results show that, for different topological charges, two parabolic trajectories that …

A family of 2D light fields consisting of the product of three Airy functions with linear
arguments has been studied theoretically and experimentally. These fields, called three-Airy …

We study numerically and demonstrate experimentally a novel type of singular optical
beams formed by the phase imprinting of an optical vortex into the structure of the three-Airy …

We present theoretically and experimentally generalized and symmetric Airy beams, where
the two sidelobes are not mutually perpendicular, by introducing two rotary angle factors …

为了调控艾里光束的传播, 提出一种广义艾里光束. 在传统立方相位基础上引入两个可变旋转角
因子θ1 和θ2, 形成新改进的可调谐相位, 加载该相位的高斯光束经傅里叶变换后可以产生广义艾 …