Multi-foci Geometry Metalens For Polarization Detection

Yuzhong Wang, Hongjun Chu, Z. Du, J. Qi
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Abstract

The state of polarization (SoP) is one of the inherent properties of electromagnetic waves, and the important information they carry is indispensable in many applications. Conventional devices for measuring polarization states usually require complex measurement devices and cumbersome test procedures. Here, we present compact geometric phase metasurfaces consisting of a C-type cell in the millimeter-wave band, which can produce four focal points with different polarization states in the same focal plane. The intensity of the different focal points can be analyzed to determine the spin and ellipticity of the incident wave. Our device enables real-time polarization detection in the field of compact millimeter-wave polarization imaaing.
用于偏振检测的多焦点几何超透镜
偏振态(SoP)是电磁波的固有特性之一,在许多应用中它所携带的重要信息是不可缺少的。传统的偏振态测量设备通常需要复杂的测量设备和繁琐的测试程序。在这里,我们提出了由毫米波波段的c型单元组成的紧凑几何相位超表面,它可以在同一焦平面上产生四个不同偏振态的焦点。通过分析不同焦点的强度,可以确定入射波的自旋和椭圆度。我们的设备能够在紧凑型毫米波偏振成像领域实现实时偏振检测。
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