For the comprehensive analysis of anisotropic materials, a new approach, called 'polarized
light field microscopy'is introduced. It uses an LC‐PolScope to which a microlens array was …

Video‐enhanced microscopy combined with the use of a computer frame memory extends
considerably the useful range of our video enhanced contrast (AVEC) methods for …

A new method is described for recording rapid processes of cell motility in polarized light.
The Allen video‐enhanced contrast (AVEC‐POL) method of polarization microscopy …

A differential polarization microscope forms two images: one of the transmitted intensity and
the other due to the change in intensity between images formed when different polarizations …

Polarization control and analysis continue to be a useful tools for microscopy. We have
previously addressed the use of spatially inhomogeneous polarization, specifically …

Microscope objectives used for biaxial ellipsometry require small levels of polarization
aberrations. The approach outlined in this paper allows the design and fabrication of …

We consider the form of the optical field in the exit pupil of a high numerical aperture
microscope objective when the lens is focussed onto an isotropic thin film specimen. The …

We report the design and first implementation of an active polarimetric imaging system
based on the recently introduced concept of polarimetric sensing by orthogonality breaking …

We describe the historical and mathematical development of the polarization ellipse and the
Poincaré sphere. We point out the limitations of the Poincaré sphere in its present use. To …

Variable contrast in the image of non-uniform objects is obtained by polarizing orthogonally
the deviated and undeviated bundles of light due to diffraction by the object. Advantage is …