In this first article of a three-part series focusing on the Stokes polarimetry of optical speckle
fields resolved at the individual speckle grain scale, a review of the state-of-the-art …

The spatial and temporal evolution of the field backscattered by a beating heart while
illuminated with a coherent light reveals its macro-and microvascularization in real time. To …

Early diagnosis of brain tumors is often hindered by non-specific symptoms, particularly in
eloquent brain regions where open surgery for tissue sampling is unfeasible. This limitation …

In this second paper of a three-paper series focusing on Stokes polarimetry of optical
speckle fields resolved at the individual speckle grain scale, a theoretical study based on …

There is currently significant interest in approaches that combine metaphotonics with back-
end algorithms to advance imaging capabilities with less complicated hardware. Here, we …

Significance: We propose a technique devoted to real-time high-resolution imaging of skin
microvascularization. Aim: The process utilizes the temporal variation of the spatially …

In this paper, we present the evolution of speckle pattern polarimetric parameters in
response to controlled changes in scatterer sizes, proportions, and the absorption coefficient …

Using two independent speckle imaging systems based on the recently published LSOCI
method operating in contact mode on the skin, we assess the reproducibility of in vivo …

The statistical properties of the polarization speckle produced by a random polarization
phasor sum plus a constant polarization phasor are studied. Based on the Gaussian …

This study aims to investigate the combination of speckle pattern analysis, polarization
parameters, and chemometric tools to predict the optical absorption and scattering …