Realization of a circularly transformed Airyprime beam with powerful autofocusing ability

LETO / LETO-3 Spatial Light Modulators
Bessel-/ Airy Beam Generation Higher Order Modes / Optical Vortex / OAM
Published on:
Authors: Jian He, Jiahao Chen, Yimin Zhou, Yiqing Xu, Yongzhou Ni, Fei Wang, Yangjian Cai, and Guoquan Zhou
Abstract:

The reported autofocusing ability of a ring Airyprime beam array reaches up to 8632.40, while the strongest autofocusing ability of a circular Airyprime beam (CAPB) is only 1822.49. How can the autofocusing ability of a single beam reach the autofocusing ability of a beam array? To achieve this goal, a circularly transformed Airyprime beam (CTAPB) is introduced by following two steps. First, a circular equation transformation on the two transverse coordinates in the electric field expression of a propagating Airyprime beam is performed. Then, the electric field expression of a propagating Airyprime beam is integrated over the angle. The intensity profile of a CTAPB on the initial plane changes significantly with varying the primary ring radius r0. With increasing r0, therefore, the autofocusing ability of a CTAPB undergoes a process of first increasing and then decreasing, while the focal length always increases. A CTAPB exhibits more powerful autofocusing ability than a CAPB. The maximum autofocusing ability of a CTAPB can reach up to 8634.76, which is 4.74 times that of a CAPB, while the corresponding focal length is 95.11% of a CAPB. A CTAPB on the initial plane can be approximately characterized by a ring Airyprime beam array with sufficient number of Airyprime beams. Due to the better symmetry, a CTAPB has a slightly stronger autofocusing ability than a ring Airyprime beam array and almost the same focal length as a ring Airyprime beam array. The CTAPB is also experimentally generated, and the experimental results indicate that the CTAPB has powerful autofocusing ability. As a replacement of a CAPB and a ring Airyprime beam array, this introduced CTAPB can be applied to the scenes which involve abruptly autofocusing effect.

Open Access

Publication: Optics Express
Issue/Year: Optics Express, Vol. 32, Issue 3, pp. 4215-4227 (2024)
DOI: 10.1364/OE.516317
Link: https://doi.org/10.1364/OE.516317

Related Papers

PLUTO / PLUTO-2 Spatial Light Modulators
Authors:Jian Chen, Xi Shen, Qiwen Zhan, Cheng-Wei Qiu

Gouy Phase Induced Optical Skyrmion Transformation in Diffraction Limited Scale

Applications: Higher Order Modes / Optical Vortex / OAM
PLUTO / PLUTO-2 Spatial Light Modulators
Authors:Fatima Khanom, Nawal Mohamed, Ivan Lopushenko, Anton Sdobnov, Alexander Doronin, Alexander Bykov, Edik Rafailov & Igor Meglinski

Twists through turbidity: propagation of light carrying orbital angular momentum through a complex scattering medium

Applications: Higher Order Modes / Optical Vortex / OAM,Turbid-/ Opaque Media /Multi Scattering
PLUTO / PLUTO-2 Spatial Light Modulators
Authors:Igor Meglinski, Ivan Lopushenko, Anton Sdobnov and Alexander Bykov

Phase preservation of orbital angular momentum of light in multiple scattering environment

Applications: Higher Order Modes / Optical Vortex / OAM,Turbid-/ Opaque Media /Multi Scattering
PLUTO / PLUTO-2 Spatial Light Modulators
Authors:Yiwen Zhang, Si-Ao Li, Xiaoyan Wang, Yongxiong Ren, Zihan Geng, Fei Yang, Zhongqi Pan, and Yang Yue

Wedge angle and orientation recognition of multi-opening objects using an attention-based CNN model

Applications: Deep Learning / Neuronal Network,Higher Order Modes / Optical Vortex / OAM
PLUTO / PLUTO-2 Spatial Light Modulators
Authors:Yuping Tai, Xueyun Qin, Chenying Li, Wenjun Wei, Hao Zhang and Xinzhong Li

Perfect Off-Axis Optical Vortex Lattice

Applications: Beam Shaping / Beam Steering,Higher Order Modes / Optical Vortex / OAM
PLUTO / PLUTO-2 Spatial Light Modulators
Authors:Siyu Xu, Haiyun Wang, Xiaofeng Peng, Yahong Chen, Lin Liu, Fei Wang, Yangjian Cai, and Yonglei Liu

Twisted hyperbolic-sine-correlated beams

Applications: Beam Shaping / Beam Steering,Higher Order Modes / Optical Vortex / OAM
LETO / LETO-3 Spatial Light Modulators
Authors:Haolin Lin, Junhui Jia, Guohua Liu, Yanwen Hu, Zhen Li, Zhenqiang Chen, and Shenhe Fu

Optical edge-to-screw singularity state conversions

Applications: Higher Order Modes / Optical Vortex / OAM
PLUTO / PLUTO-2 Spatial Light Modulators
Authors:Qu, Z., Wang, K., Feng, C., Wu, T., Zhang, Y., Zhao, X., & Wang, J. L.

Optofluidic sorting of microparticles using Airy beams

Applications: Beam Shaping / Beam Steering,Bessel-/ Airy Beam Generation,Optical Trapping /-Tweezers
PLUTO / PLUTO-2 Spatial Light Modulators
Authors:Jixiang Wang, Xin Xu, Hong Ye, Xin Zhang, and Guohua Shi

Efficient generation of high-contrast Bessel light sheets: a flexible method for improved imaging

Applications: Beam Shaping / Beam Steering,Bessel-/ Airy Beam Generation,Imaging/ Image Processing,Microscopy
LETO / LETO-3 Spatial Light Modulators
Authors:Chang Liu, Ying Guan 2 ,Yan Wu, Xiaobo Hu, Khian-Hooi Chew and Rui-Pin Chen

Second Harmonic Generation of Twisted Vector Vortex Beams Using aβ-BaB2O4 Crystal

Applications: Higher Order Modes / Optical Vortex / OAM
PLUTO / PLUTO-2 Spatial Light Modulators
Authors:Treerathat Chomchok, Pemika Hirankittiwong, Apichart Pattanaporkratana, Bussayamas Phettong, Natthawat Hongkanchanakul, Pongthep Prajongtat, Tyler R. Hatch, Dharmendra Pratap Singh, and Nattaporn Chattham

Rotation of liquid crystal microdroplets in the intensity minima of an optical vortex beam

Applications: Higher Order Modes / Optical Vortex / OAM,Optical Trapping /-Tweezers
LETO / LETO-3 Spatial Light Modulators
Authors:Zheng Yuan, Chenchen Zhang, Yuan Gao, Wenxiang Yan, Xian Long, Zhi-Cheng Ren, Xi-Lin Wang, Jianping Ding, and Hui-Tian Wang

Dual-curvilinear beam enabled tunable manipulation of high- and low-refractive-index particles

Applications: Higher Order Modes / Optical Vortex / OAM,Optical Trapping /-Tweezers
PLUTO / PLUTO-2 Spatial Light Modulators
Authors:Juntao Hu, Wenjun Wei, Xinzhong Li, and Yixian Qian

Generation of polygonal non-diffracting beams via angular spectral phases

Applications: Beam Shaping / Beam Steering,Higher Order Modes / Optical Vortex / OAM,Microscopy
PLUTO / PLUTO-2 Spatial Light Modulators
Authors:M. P. Morales Rodríguez, E. García Herrera, O. Magaña Loaiza, B. Perez-Garcia, F. Marroquín Gutíerrez, B. M. Rodríguez-Lara

Spatial light mode analogues of generalized quantum coherent states

Applications: Beam Shaping / Beam Steering,Higher Order Modes / Optical Vortex / OAM
PLUTO / PLUTO-2 Spatial Light Modulators
Authors:Tong Zhou, Yuchao Hong, Jiantai Dou, Jiaqing Xu, Bo Li, Youyou Hu

Generation of multiple rotationally-symmetric power-exponent-phase vortex beams on a spatial arbitrary distribution by using holographic phase control techniques

Applications: Adaptive Optics / Wavefront Control,Higher Order Modes / Optical Vortex / OAM
PLUTO / PLUTO-2 Spatial Light Modulators
Authors:Wangting Zhou, Hui Xie, Kezhou Li, Zhiyuan Sun, Jiangshan He, Zhen Yuan, Xunbin Wei, Xueli Chen

Flexible depth-of-focus, depth-invariant resolution photoacoustic microscopy with Airy beam

Applications: Bessel-/ Airy Beam Generation,Microscopy,Pulse Application / -Shaping
PLUTO / PLUTO-2 Spatial Light Modulators
Authors:Bohnishikha Ghosh, Anat Daniel, Bernard Gorzkowski, Aleksandr Y. Bekshaev, Radek Lapkiewicz, and Konstantin Y. Bliokh

Canonical and Poynting currents in propagation and diffraction of structured light: tutorial

Applications: Higher Order Modes / Optical Vortex / OAM
PLUTO / PLUTO-2 Spatial Light Modulators
Authors:Dotan Halevi, Boaz Lubotzky, Kfir Sulimany, Eric G. Bowes, Jennifer A. Hollingsworth, Yaron Bromberg, Ronen Rapaport

High-dimensional quantum key distribution using orbital angular momentum of single photons from a colloidal quantum dot at room temperature

Applications: Higher Order Modes / Optical Vortex / OAM,Optical Communication,Optical Computing / Quantum Optics
GAEA / GAEA-2 Spatial Light Modulators
Authors:Wenxiang Yan, Yuan Gao, Zheng Yuan, Xian Long, Zhaozhong Chen, Zhi-Cheng Ren, Xi-Lin Wang, Jianping Ding, and Hui-Tian Wang

Energy-flow-reversing dynamics in vortex beams: OAM-independent propagation and enhanced resilience

Applications: Beam Shaping / Beam Steering,Higher Order Modes / Optical Vortex / OAM
PLUTO / PLUTO-2 Spatial Light Modulators
Authors:Siyuan Wang, Zonglin Guo, Yu Zhao, Yanbo Pei, Hongyan Shi, Jingbo Zhang, Jian Wang

Deep field-of-view and passive tomography based on Airy light field

Applications: Bessel-/ Airy Beam Generation,Imaging/ Image Processing
GAEA / GAEA-2 Spatial Light Modulators
Authors:Xiaofei Li, Xin Liu, Quanying Wu, Jun Zeng, Yangjian Cai, Sergey A. Ponomarenko, Chunhao Liang

Prime number factorization with light beams carrying orbital angular momentum

Applications: Deep Learning / Neuronal Network,Digital-/ Computer Holography/ CGH,Higher Order Modes / Optical Vortex / OAM
LETO / LETO-3 Spatial Light Modulators
Authors:Jian He, Jiahao Chen, Yimin Zhou, Fei Wang, Yangjian Cai, and Guoquan Zhou

Realization of double uniform line self-focusing of elliptical Airyprime beams

Applications: Beam Shaping / Beam Steering,Bessel-/ Airy Beam Generation
PLUTO / PLUTO-2 Spatial Light Modulators
Authors:Zheng, Junpeng and Zhao, Ruhao and Zhang, Cong and Xiang, Meng and Zhou, Gai and Xu, Yi and Fu, Songnian and Qin, Yuwen

Tailoring the Generalized 2D Airy Beam

Applications: Bessel-/ Airy Beam Generation
PLUTO / PLUTO-2 Spatial Light Modulators
Authors:Shuo Liu, Yi Zheng, Huiming Xiao, Shengxiang Shan, Xuejuan Liu, Sohail Ahmad, Anwar Manzoor Rana, Shubo Cheng, Wenxing Yang, Shaohua Tao

Generation of a controllable multi-spiral beam by using the modulated helico-conical phases

Applications: Beam Shaping / Beam Steering,Higher Order Modes / Optical Vortex / OAM,Optical Trapping /-Tweezers