We report the measurement of polarization parameters (linear retardance, diattenuation and
depolarization) of normal and malignant tissue from human oral cavity and breast over the …

The calibration of the polarization effect of a high-numerical-aperture (high-NA) objective
lens (OL) is of great significance for high-precision polarized light micro-imaging. In this …

Optical polarimetry has increased interest in probing finer details of soft tissue components
representing alterations during pathological tissue transformation. Stromal collagen, a …

The domain of this research is the use of computer vision methodologies in utilizing
radiation for smart robotic applications for driving assistance. Radiation can be emitted by an …

A technique is proposed for measuring the linear birefringence and linear diattenuation of
an optical sample using a polarimeter. In the proposed approach, the principal axis angle …

An imaging Mueller matrix polarimeter, named the red–green–blue (RGB) 950, takes
images of medium-sized (tens of centimeters) objects by using a very bright source, large …

Channeled spectropolarimeter (CSP) measures spectrally resolved Stokes vector of light
and Mueller matrix of sample from a snapshot. While reconstruction and calibration methods …

We demonstrate detection and measurement of electron paramagnetic spin resonances
(EPR) of iron defects in β-Ga 2 O 3 utilizing generalized ellipsometry at frequencies between …

We demonstrate the creation of a vector beam by tailoring geometric phase of left-and right-
circularly polarized beams. Such a vector beam with a uniform phase has not been …

A new setup is proposed to perform high-speed Mueller polarimetry by spectral coding of
polarization in a reflection configuration. The system uses a swept laser source and a …