We present the experimental results for a method used to perform polarimetry on ensembles
of single photons. Our setup is based on a measurement method known to be optimal for …

In this research, the Mueller matrix (MM) imaging polarimetry technique is used to
experimentally measure the MMs corresponding to the surface reflectance of turbid media in …

Studies on polarization properties of scattered light from a random medium like biological
tissue have received considerable attention because polarization can be used as an …

Channeled linear imaging polarimeters measure the two-dimensional distribution of the
linear Stokes parameters. A key aspect of this technique is to accurately reconstruct the …

Liquid crystal (LC) devices exhibit fast and strong tuning and switching capabilities using
small voltages and can be miniaturized thus have a great potential to be used with miniature …

A numerical study is carried out to find the experimental conditions necessary for the
eigenvalue calibration procedure to work correctly in a liquid-crystal variable-retarder-based …

Direct (GL) and reverse (G LR) indices of linear polarization for an optical system are
presented. These parameters have been calculated using the concept of the degree of …

We evaluated a polarimetry method to enhance retinal blood vessels masked by the
epiretinal membrane. Depolarized light images were computed by removing the polarization …

An electro-optic device mounted on a slit lamp to assess the degree of polarization of a light
beam that has double passed through the retina about the optic-nerve head in the living …

Coupled to endoscopic techniques, Mueller polarimetry has been proven to be promising for
early detection of certain diseases which affect biological tissues of inner organs. However …