Random Light Beams: Theory and Applications contemplates the potential in harnessing
random light. This book discusses light matter interactions, and concentrates on the various …

We propose a wide-field schematic eye model, which provides a more realistic description of
the optical system of the eye in relation to its anatomical structure. The wide-field model …

The purpose of this paper is to review the basic principles of linear optics. A paraxial optical
system is represented by a symplectic matrix called the transference, with entries that …

We provide a single gradient-index (GRIN) profile for the crystalline lens in an updated age-
dependent emmetropic-eye model. The parameters defining the GRIN profile include their …

This study uses matrix optics to develop a model to predict depth of field in eyes that may
have astigmatic elements and apertures that may be elliptical in general. Depth of field is …

A polymer that has been used for the development of optical components and has had a
significant impact is polydimethylsiloxane (PDMS) due to its remarkable mechanical and …

The typical stigmatic optical system has two nodal points: an incident nodal point and an
emergent nodal point. A ray through the incident nodal point emerges from the system …

The applicability of different approximate methods proposed to determine the paraxial
properties of the gradient-index (GRIN) distribution resembling that of the human lens, by …

Optical models of the human cornea and tear film typically employ a single homogeneous
cornea with an average refractive index. I propose to use a more realistic multilayer model …

The correspondence between the linear integral transform and the ray-transfer matrix of a
first-order optical system is used to evaluate the transmittance function of gradient-index …