光学
横截面
物理
旋转(数学)
光束
加速度
空间光调制器
旋光
结构光
梁(结构)
相(物质)
经典力学
计算机科学
结构工程
量子力学
人工智能
工程类
作者
Danping Lin,Shaohua Tao
摘要
Beams with auto-focusing property and a controllable number of wave lobes are of special significance. In this work, based on the helical phase-tuning and the Airy beam, we generate a chiral optical light, which focuses with both radial and angular self-accelerations. The light using the three-dimensional (3D) velocity to control the propagation dimension and the auto-rotating property of intensity peak for the two transverse dimensions is termed as 3D auto-focusing-type chiral optical light (ACOL), which can be controlled by multi-parameters theoretically and experimentally for possessing the characteristics of chiral, focusing, acceleration, rotation, etc. Owing to these characteristics, the ACOL has promising applications in optical micro-manipulation and super-resolution imaging.
科研通智能强力驱动
Strongly Powered by AbleSci AI