[Research on human eye cornea's mathematical model and application in diopter correction]

Area of Science:

• Ophthalmology
• Biomedical Engineering
• Laser Physics

Context:

• Refractive errors like myopia, hyperopia, and astigmatism affect millions globally.
• Current surgical methods aim to restore clear vision but require precise correction.
• Excimer laser technology has emerged as a key tool in refractive surgery.

Purpose:

• To present the principles of excimer laser refractive surgery.
• To introduce a novel mathematical model of the human eye cornea for diopter correction.
• To analyze the excimer laser's ablation mechanism and flying-spot scanning technology.

Summary:

• This paper details the application of excimer laser technology for vision correction.
• A new mathematical model of the cornea was developed for precise myopia, hyperopia, and astigmatism correction.
• The study investigated laser ablation and scanning technologies, integrating findings into ophthalmic systems.

Impact:

• The developed model and technology have been directly applied to Ophthalmic excimer laser systems.
• Significant improvements in diopter correction accuracy and patient outcomes are reported.
• This research advances the field of laser-based vision correction, enhancing safety and efficacy.