A scattering-media-characterization method that uses partially coherent radiation and
polarization discrimination of multiply scattered light is described. The method is based on …

We demonstrate the application of laser-speckle statistics formed by a variable-coherence
source illuminating a scattering medium, for determining the scattering parameter μs′ of a …

We present a method for the detection and localization of inhomogeneities embedded within
highly scattering media that employs speckle statistics with a partially coherent light source …

Second-and third-order frequency correlations of speckle intensity patterns are used to
characterize scattering media for multiple polarization states. The polarized temporal …

An optical procedure is presented to measure at the speckle size and with high accuracy,
the polarization degree of patterns scattered by disordered media. Whole mappings of …

We tried to probe photon path statistics by analyzing the change of speckle contrast with
different coherence length of source. The speckle contrast is strong function of both photon …

The statistical properties of laser speckle with partially coherent light are related to the
scattering characteristics of an optically diffuse material. A diffusion equation model is shown …

This report about backscattering measure-ments of the speckle produced by strongly-
scattering liquid media shows that the size of the backscattered speckle depends on …

With two nonoverlapping beams incident at different angles on a heavily scattering medium,
the spatial correlation of speckle patterns over source position has a beat that is related to …

When illuminated by temporally coherent light, multiply scattering media produce speckle
patterns that in many situations are unpolarized on spatial averaging. As a result, the …