A 3× 3 Mueller matrix polarimeter, as one of the primary polarization measurement tools, has
attracted intensive interest in various fields of polarization optics. In this paper, from a novel …

This work analyzes the effect of experimental errors and measurement noise on Mueller
matrix channeled spectropolarimeters. The main advantage of this type of polarimeter is the …

An optimized Mueller-matrix polarimeter is simulated. The polarimeter is optimized by
finding the configurations of the polarization state generator and polarization state analyzer …

The eigenvalue calibration method is a versatile approach that can be applied to any type of
the Mueller matrix polarimetic setup because a precise knowledge of the optical response of …

In this work, we analyze the validity of the product rule and its impact on the accuracy of a
Mueller matrix polarimeter. We demonstrate that the validity of the rule is essential to perform …

We present a novel method for calibrating a four-axis Mueller matrix polarimeter. This
method is valid even for non-ideal optical elements, as it models all polarization elements …

We advance what we believe is a novel eigenvalue-based method for calibrating Mueller
matrix polarimeters employing a single calibration optical component: a polarizer. The …

Methods are presented for optimizing the design of Mueller matrix polarimeters and and in
particular selecting the retardances and orientation angles of polarization components to …

We present a method for calibration and data extraction for a nonoptimized Mueller matrix
polarimeter. The advantage of this type of method is a reduction in measurement time for …

In this work, the error sources that affect a dual rotating retarder polarimeter working in a
discrete rotation scheme are studied. Moreover, those errors not sufficiently analyzed in the …