We present and experimentally demonstrate a new, to the best of our knowledge, technique
to quantitatively measure coherence–polarization (BCP) matrix with correlations of only two …

Light propagating through a scattering medium generates a random field, which is also
known as a speckle. The scattering process hinders the direct retrieval of the information …

We present an approach to record incoherent vector holograms using a highly stable field-
based interferometer employing radial shearing. The vector holograms are recorded as the …

We introduce an effective method for measuring the spatial distribution of complex
correlation matrix of a partially coherent vector light field obeying Gaussian statistics by …

Propagation of a coherent light through an anisotropic random medium generates randomly
polarized field, known as polarization speckle. In this paper, an experimental technique is …

Abstract Characterization of statistical properties of a vector source requires fast and efficient
measurement of all four elements of the square coherence-polarization (BCP) matrix. Here …

A new technique based on superposition of two speckle patterns is proposed and
demonstrated for controlled modulation of the spatial polarization distribution of the resultant …

Propagation of polarized monochromatic light through inhomogeneous media generates a
noisy pattern known as a laser speckle. The speckle pattern obscures recovery of the …

Higher order statistical correlations of the optical vector speckle field, formed due to
scattering of a vector-vortex beam, are explored. Here, we report on the experimental …

A study on first-order polarization correlation in propagating vector speckle fields is carried
out. Vector speckle field, generated by scattering of Poincare beam, is propagated through a …