The authors report on an algebraic procedure, allowing for the completion of an
experimental nondepolarizing Mueller matrix with a column or a row missing to a full 16 …

The objective of this study is to explore the polarimetric phenomenology of light interaction
with healthy and early-stage lung cancer tissue samples by applying efficient polarimetric …

An important problem in imaging polarimetry occurs when the optical axis of the system and
the center of the camera sensor get misaligned. This situation typically occurs after rotating …

We have demonstrated simultaneous detection of the polarization states and wavefront of
light using a 7× 7 array of angular variant micro-retarder-lenses. Manipulating the angular …

Radially symmetric retardance was found in antireflection coated, molded aspheric glass
lenses by measurement with a Mueller matrix imaging polarimeter. The source of the …

We propose a new technique that is able to generate a light beam with a controlled state of
polarization (SoP) and a customized degree of polarization (DoP). The technique relies on …

Complete characterization of biological samples is of potential interest in different industrial
and research areas, as for instance, in biomedical applications, for the recognition of organic …

Optical elements embedded in an optical fiber can be used to shape and modulate the light
transmitted within. We consistently observe, via Mueller polarimetry, that the optical …

This study investigates the polarimetric properties of skin, skeletal muscle, connective tissue,
and fat using Mueller matrix imaging. It aims to compare the polarimetric characteristics of …

The Mueller matrix is the transfer matrix in the Stokes algebra that describes the polarization
of natural light. This matrix is very versatile for the task of characterizing the optical …