The decay behavior of specific intensity is studied for spatial-frequency domain imaging
(SFDI). It is shown using the radiative transport equation that the decay is given by a …

In this paper, we develop an approximate wide-bandwidth upper bound to the absorption
enhancement in arrays of metaparticles, applicable to general wave-scattering problems …

Water-agarose phantom can simulate the thermal behavior of human soft tissue and is
extensively used in medical applications to replicate thermal responses for various …

Water-agarose phantom can approximate the thermal behavior of human soft tissue, and it is
widely used in medicine to mimic the thermal response for various techniques. Specifically …

Diffuse correlation tomography (DCT) uses the electric-field temporal autocorrelation
function to measure the mean-square displacement of light-scattering particles in a turbid …

Imaging philosophy was simulated for well‐known biomedical diffuse optical imaging (DOI)
methodology. It runs based on the differential photon waves. The underlying philosophy of …

This thesis describes experiments and analyses which push the frontier per what one can
learn from optically emitting exogenous contrast agents in living tissue. The first set of …

Resonances are everywhere. They have different manifestations and are used in many
applications. In this work, we study multiple systems making use of resonances, with …

A simple, intuitive ray-based description of self-similar beams is given in this presentation.
Particular emphasis is placed on structured Gaussian beams, which include Hermite-Gauss …

Spectrometry involves the analysis of chromophore content by observing the wavelength
dependent attenuation of light which has propagated through a sample (Beer-Lambert law) …