Mueller matrix ellipsometry (MME) provides the 4× 4 Mueller matrix of a sample under test,
which determines how the state of polarization is changed as light interacts with the sample …

As an emerging transparent ceramic with extremely wide transmission range, the unique
optical properties of ZnGa2O4 are of particular interest. In this work, ZnGa2O4 transparent …

Accurate measurement of the Mueller matrix over a broad band is highly desirable for the
characterization of nanostructures and nanomaterials. In this paper, we propose a general …

We present a setup for time-resolved spectroscopic ellipsometry in a pump–probe scheme
using femtosecond laser pulses. As a probe, the system deploys supercontinuum white light …

Birefringent waveplates are indispensable optical elements for polarization state
modification in various optical systems. The retardance of a birefringent waveplate will …

Noticeable depolarization effects are observed in the measurement of the air using an in-
house developed dual rotating-compensator Mueller matrix ellipsometer. We demonstrate …

Composite waveplates (CWs) consisting of multiple single waveplates are basic polarization
elements and widely used to manipulate the polarized light in optical systems, and their …

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 …

In this paper, we describe the development of a spectroscopic Mueller matrix imaging
ellipsometer (MMIE), which combines the great power of Mueller matrix ellipsometry with the …

Mueller matrix ellipsometry has been used to precisely characterize quartz waveplates for
demanding applications in the semiconductor industry and high precision polarimetry. We …