Intraocular Telescopic System Design: Optical and Visual Simulation in a Human Eye Model.

To design an intraocular telescopic system (ITS) for magnifying retinal image and to simulate its optical and visual performance after implantation in a human eye model. Design and simulation were carried out with a ray-tracing and optical design software. Two different ITS were designed, and their visual performance was simulated using the Liou-Brennan eye model.

Accommodation in human eye models: a comparison between the optical designs of Navarro, Arizona and Liou-Brennan.

Aim: To simulate and compare accommodation in accommodative and non-accommodative human eye models.

Methods: Ray tracing and optical design program was used. Three eye models were designed and studied: the Navarro, the Arizona and the Liou-Brennan.