Imaging in scattering media has been a challenging and important subject in optical
science. In scattering media, the image quality is often severely degraded by the scattering …

Instrumental techniques able to identify and structurally characterize the aggregation states
in thin films of chiral organic π‐conjugated materials, from the first‐order supramolecular …

In biophotonics, novel techniques and approaches are being constantly sought to assist
medical doctors and to increase both sensitivity and specificity of the existing diagnostic …

Optoelectronic properties of anisotropic crystals vary with direction requiring that the
orientation of molecular organic semiconductor crystals is controlled in optoelectronic device …

Polarization characteristics are significantly crucial for tasks in various fields, including the
remote sensing of oceans and atmosphere, as well as the polarization LIDAR and …

In integrated circuit (IC) manufacturing, fast, nondestructive, and precise detection of defects
in patterned wafers, realized by bright-field microscopy, is one of the critical factors for …

Many optical techniques have been used in various diagnostics and biomedical applications
since a decade and polarization imaging is one of the non‐invasive and label free optical …

We propose and experimentally demonstrate a quantitative full Stokes parameter extraction
system to address the intrinsic constraints of conventional polarization imaging systems …

Plasmonic chirality has attracted extensive attention due to its tunable and extremely large
optical activity response. The chirality of multiparticles has been underexplored due to their …

A method for creating broadband ultrathin azo dye micropolarizers is introduced, utilizing
photoalignment technology and liquid crystal polymers to organize azo dyes into a long …