We show, through visible-range Mueller polarimetry, as well as numerical simulations, that
the depolarization in a homogeneous turbid medium consisting of submicron spherical …

Determination of the intrinsic polarization properties of a complex turbid medium such as
biological tissue in the backscattering geometry (a geometry that is convenient for in situ …

We investigate the influence of sample thickness on the polarization and depolarization
properties of light when it propagates through anisotropic turbid media using transmission …

By applying the statistical definition of a depolarizing Mueller matrix we formally derive and
physically interpret the differential matrix of a depolarizing homogeneous medium. The …

We present a new method of time-resolved Mueller matrix imaging polarimetry for spatial
and temporal characterization of the polarization effects in backscattering from turbid media …

The polarization parameters of light scattered from biological tissues contain wealth of
morphological and functional information of potential biomedical importance. But, in optically …

Nirmalya Ghosh, Michael Wood, and Alex Vitkin Ontario Cancer Institute/Department of
Medical Biophysics University of Toronto, Toronto, Ontario, Canada9. 1 …

The polar decomposition method for Mueller matrices proposed by Lu–Chipman has been
demonstrated and validated for many applications. However, in some situations, eg, when …

The properties of polarized light emerging from turbid media in the exact backscattering
direction are studied by modulating the incident light polarization state and isolating the …

We present both experimental measurements and Monte-Carlo-based simulations of the
diffusely backscattered intensity patterns that arise from illuminating a turbid medium with a …