In nanothermometry, the use of nanoparticles as thermal probes enables remote and
minimally invasive sensing. In the biomedical context, nanothermometry has emerged as a …

Mid-infrared supercontinuum (SC) generation in normally dispersive photonic crystal fiber
(PCF) made of GeS 2-Ga 2 S 3-CsI chalcohalide glass, is theoretically investigated. The …

Multimodal imaging gains increasing popularity for biomedical applications. This article
presents the design of a novel multimodal imaging system. The centerpiece is a light …

In this paper, the supercontinuum generation with all-normal and anomalous dispersion
based on Ga8Sb32S60-photonic crystal fibers with an octagonal lattice is investigated in …

Significance: Optical polarimetry is an emerging modality that effectively quantifies the bulk
optical properties that correlate with the anisotropic structural properties of cardiac tissues …

Chlorophyll pigmented grains were extracted from leaves of palm trees and maintained in
aqueous solutions containing an organic solvent. Their transmittance spectra were …

The capabilities of spectroscopy with spatial resolution when determining the optical
properties and parameters of the microvasculature of the circulatory system of surface …

The development of an operational noninvasive technique for assessing the state of the
microcirculatory blood vessels in the cardiovascular system is a promising direction for the …

In this work, we thoroughly investigated the dispersion in SiO 2-based photonic crystal fibers
with a C 7 H 8-infiltrated hollow core. By cleverly modifying the air hole diameters and lattice …

Multimodal imaging, the combination of various optical imaging techniques, is widely used
for biomedical applications because of the complementary nature of the information content …