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This paper describes a snapshot Mueller matrix polarimeter by wavelength  polarization coding. This device is aimed at encoding polarization states in the  spectral domain through use of a broadband source and high-order retarders. This  allows one to measure a full Mueller matrix from a single spectrum whose  acquisition time only depends on the detection system aperture. The theoretical  fundamentals of this technique are developed prior to validation by experiments.  The setup calibration is described as well as optimization and stabilization  procedures. Then, it is used to study, by time-resolved Mueller matrix  polarimetry, the switching dynamics in a ferroelectric liquid crystal cell

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Snapshot Mueller matrix polarimetry by wavelength polarization coding and application to the study of switching dynamics in a ferroelectric liquid crystal cell.