An analytical technique based on Stokes polarimetry and the Mueller matrix method is
proposed for extracting the effective linear birefringence, linear dichroism, circular …

An optical-based method is proposed for measuring the glucose concentration of samples
containing scattering particles. In the proposed approach, a Stokes–Mueller reflection-based …

A differential Mueller matrix polarimetry technique is proposed for obtaining non-invasive
(NI) measurements of the glucose concentration on the human fingertip. The feasibility of the …

A surface plasmon resonance (SPR)-enhanced method is proposed for measuring the
circular dichroism (CD), circular birefringence (CB), and degree of polarization (DOP) of …

The optical activity of glucose molecules is important for diagnosing and monitoring blood
glucose of diabetes. In order to accurately detect the diabetes at an early stage, there is an …

For in vivo determination of optically active (chiral) substances in turbid media, like for
example glucose in human tissue, the backscattering geometry is particularly convenient …

We propose a method to analyze a partial Mueller matrix to retrieve the optical rotation and
depolarization properties simultaneously for measuring glucose concentration in the …

In this study we present a noninvasive and nonradioactive glucose in vitro measurement
technique using the Mueller polarization analytical model. The glucose solution and …

A decoupled analytical technique based on the Stokes–Mueller matrix decomposition
method extracts polarization properties of human blood plasma, collagen solution, and …

In this preliminary investigation, a two wavelength optical polarimetric system was used to
show the potential of the approach to be used as an in vivo noninvasive glucose monitor …