By encoding object information (object phase, surface height, spectrum) into the polarization state, we can use polarization cameras to image other dimensions of the light field while viewing dynamic scenes. We discuss three recent examples of such video polarization encoding, allowing for quantitative imaging of transparent micro-organisms, for measurement of dynamic surface shape, and for compact spectral imaging.

中文翻译：

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使用偏振相机进行相位、深度和光谱的快照成像

通过将物体信息（物体相位、表面高度、光谱）编码为偏振态，我们可以在观看动态场景时使用偏振相机对光场的其他维度进行成像。我们讨论了此类视频偏振编码的三个最新示例，允许透明微生物的定量成像、动态表面形状的测量以及紧凑的光谱成像。