Huang Jiayao, Liang Zijie, Deng Fu, Yu Weihao, Zhao Ruihuang, Chen Bo, Yang Xiangbo, Deng Dongmei
J Opt Soc Am A Opt Image Sci Vis. 2015 Nov 1;32(11):2104-9. doi: 10.1364/JOSAA.32.002104.
The propagation of right-hand circularly polarized Airy-Gaussian beams (RHCPAiGBs) through slabs of right-handed materials (RHMs) and left-handed materials (LHMs) is investigated analytically and numerically with the transfer matrix method. An approximate analytical expression for the RHCPAiGBs passing through a paraxial ABCD optical system is derived on the basis of the Huygens diffraction integral formula. The intensity and the phase distributions of the RHCPAiGBs through RHMs and LHMs are demonstrated. The influence of the parameter χ on the propagation of RHCPAiGBs through RHM and LHM slabs is investigated. The RHCPAiGBs possess transverse-momentum currents, which shows that the physics underlying this intriguing accelerating effect is that of the combined contributions of the transverse spin and transverse orbital currents. Additionally, we go a step further to explore the radiation force including the gradient force and scattering force of the RHCPAiGBs.
利用传输矩阵法对右旋圆偏振艾里 - 高斯光束（RHCPAiGBs）通过右手材料（RHMs）和左手材料（LHMs）平板的传输进行了数值和解析研究。基于惠更斯衍射积分公式，推导了RHCPAiGBs通过傍轴ABCD光学系统的近似解析表达式。展示了RHCPAiGBs通过RHMs和LHMs后的强度和相位分布。研究了参数χ对RHCPAiGBs通过RHM和LHM平板传输的影响。RHCPAiGBs具有横向动量流，这表明这种有趣的加速效应背后的物理原理是横向自旋和横向轨道流的综合贡献。此外，我们进一步探索了RHCPAiGBs的辐射力，包括梯度力和散射力。
