Cornea, lens and eye models are analyzed and compared to experimental findings to
assess properties and eventually unveil optical design principles involved in the structure …

A simplified version of the human eye is known as a schematic eye model. Since the first
attempts in the middle of the 19th century, numerous approaches describing new schematic …

Eye models are valuable tools that can help delineate the role of anatomical parameters on
visual performance and guide the design of advanced ophthalmic instrumentation. We …

Purpose To compare the computed optical performance of prototype lenses designed using
deliberate manipulation of higher-order spherical aberrations to extend depth-of-focus …

The lens is a complex optical component of the human eye because of its physiological
structure: the surface is aspherical and the structural entities create a gradient refractive …

Purpose.: We investigated the relationships between the ocular anterior segment biometry
and the ocular high-order aberrations (HOAs) during accommodation by combined ultralong …

Purpose.: To estimate changes in surface shape and gradient refractive index (GRIN) profile
in primate lenses as a function of accommodation. To quantify the contribution of surface …

The propagation of light within<? TeX 2pc 0pt?> a gradient index (GRIN) media can be
analyzed with the use of differential equations for a given non-homogenous<? TeX 4pc …

We quantify the posterior surface distortions in optical coherence tomography (OCT) images
of isolated crystalline lenses. The posterior radius of curvature and asphericity obtained from …

Based on recent biometric data, four‐surface paraxial schematic emmetropic eyes for
different ages have been developed. There are three sets of schematic eyes: male, female …