V. Adya

TL;DR: In this paper, a novel technique aimed at increasing the image quality of the target, surrounded by a scattering medium, is presented, where enhanced target detection has been obtained by doping the surrounding medium with molecular contrast agents, consisting polar molecules yielding to an enhanced contract and specificity, utilizing advanced polarimetric imaging techniques.

TL;DR: In this article, the authors show that significantly higher contrast target detection images have been obtained by doping the surrounding medium with active optical molecules, in conjunction with efficient polarimetric techniques, yielding to an enhanced contract and specificity of the target.

TL;DR: An enhanced degree of linear polarization (DOLP) target detection and imaging is obtained by doping the surrounding medium with molecular contrast agents consisting of aqueous glucose, aQueous alcohol, and salt molecules, in conjunction with advanced polarimetric imaging techniques.

TL;DR: The experimental results clearly show that polarimetric images of superior quality can be obtained by doping the background surrounding the target with polar or high-dielectric molecules, yielding an enhanced contrast and specificity of the target.