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Identifier

000457032

Title

Refracting eye models

Alternative Title

Διαθλαστικά μοντέλα ματιών

Author

Βούλγαρη Ελένη

Thesis advisor

Παπάζογλου, Δημήτριος

Abstract

The optical modeling of the human eye and the correct prediction of optical performance is a significant issue for light engineering as well as vision research since it is necessary to comprehend how the vision process functions before developing and designing precise optical systems and instruments to use in everyday clinical practice. The Gullstrand's schematic eye model, which earned the Nobel Prize in 1911, was one of several optical eye models that had been proposed in literature. Today, after 100 years of scientific progress, the advancement of ray tracing techniques and optical simulation software enables scientists to more accurately quantitatively duplicate the optical system of the human eye. Previous eye models, however, were more narrowly focused on a few parameters, such as corneal data, accommodation data, or aging data, and they employed either individualized or average population data as well as monochromatic or polychromatic light. Thus, no eye model can be defined as a complete optical system. In order to comprehend the vision process and its applications in ophthalmology, medical technology, and light engineering, it may be helpful to construct a comprehensive and accurate eye model. This thesis reviews optical eye models and sheds light on the key information that will be needed to create a full eye model utilizing modern technologies.

Language

English

Subject

Human eye models

Optical models

Optical system

Μοντέλα ανθρώπινων ματιών

Οπτικό σύστημα

Issue date

2023-07-28

Collection

School/Department--School of Medicine--Department of Medicine--Post-graduate theses