Towards compact and snapshot channeled Mueller matrix imaging

Poetics: Journal of Empirical Research on Culture, the Media and the Arts


A polarization transformation can be fully described by a 4 × 4 matrix, known as the Mueller matrix. To fully image an object’s polarization response, one needs to compute the Mueller matrix at each pixel of the image. Standard division-of-time Mueller matrix imaging, because of its sequential nature, is ill-suited to applications requiring immediate and real-time imaging, and is also bulky due to multiple moving parts. In this work, we propose a new method for compact, snapshot Mueller matrix imaging, based on structured polarization illumination, and division-of-focal plane imaging, which can, in a single-shot, fully capture the Mueller matrix information of a band-limited signal.

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