The process of radiometric calibration would be coupled with the polarization properties of
an optical system for spectropolarimetry, which would have significant influences on …

In a polarization-sensitive optical system, it is important to understand the effects that mirrors
have on polarization at a specific wavelength of interest, angle of incidence, reflective …

A simple method to measure and compensate polarization-sensitive optical components
(retarders) is proposed, based on Stokes vector polarimetry. First, the Mueller matrix of an …

An alignment tolerance allocation and alignment method of orthogonal reflectors with high
polarization-maintaining characteristics is presented. A geometric optics vector model of …

Fluorescent molecules move and rotate as they transition between states and emit photons
that we can detect. How much information can we recover about the position, orientation …

Problem statement: Video sensors based on matrix optical receivers are often being used as
a part of binocular and multi-angle portable robot's vision systems. Their main aim is to …

Mueller matrix polarimetry is the examination of how a sample transforms the polarization
state of light. This requires probing the sample with input light of a variety of generated …

La structuration de tissus biologiques à l'échelle submicronique peut être efficacement
caractérisée par la polarimétrie optique de Mueller, ce qui confère à cette technique un …

The field of quantum key distribution (QKD) has seen many advancements since its
conception in 1984. Recently there have been developments towards establishing free …

The structure of materials can have a big impact on the properties and performance of the
material. A variety of methods are used by materials scientists and engineers to study the …