Metasurfaces Can Sense Spatial Coherence of Light

T. Frank, O. Buchnev, T. Cookson, M. Kaczmarek, P. Lagoudakis, V. Fedotov
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Abstract

We report on a discovery that homogeneous metallic non-diffracting metasurfaces of a certain type respond differently to spatially coherent and incoherent light, enabling robust speckle-free discrimination between different degrees of coherence. The effect has no direct analogue in natural optical materials and may find applications in compact metadevices enhancing imaging, vision, detection, communication and metrology.
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超表面可以感知光的空间相干性
我们报告了一项发现,某种类型的均匀金属非衍射超表面对空间相干光和非相干光的响应不同,从而实现了不同相干度之间的鲁棒无斑点识别。这种效应在天然光学材料中没有直接的类似物,可以在紧凑的元器件中找到应用,增强成像,视觉,检测,通信和计量。
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