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This book bridges the gap between the clinical practice and the engineering of lens design. It explores advances in refractive correction in ophthalmic optics, with a focus on current and future intraocular lenses, and presents challenges for lenses with premium features as extended depth of focus and integrated functions.
The text innovatively presents the content of ophthalmic lens design in a multidisciplinary fashion, combining the knowledge and experience of collaborative work among physicists, ophthalmologists, and engineers. It sheds light on both clinical and technical aspects of the eye optics to enable readers from both the medical and the engineering backgrounds to effectively communicate their needs and solutions, and to collaborate. It is meant to serve as a reference for any professional in the ophthalmic sector, from the drawing boards to the final implantation inside the eye.
Key Features:
- Provides interdisciplinary content comprising of engineering and clinical aspects of ophthalmic lens design
- Accessible approach to physicists, engineers, and physicians
- Evaluates design and manufacturing tools
- Explores smart lens solutions
- Discusses the future trends of lenses with integrated features
Davies William de Lima Monteiro has been Full Professor of Electrical Engineering and Optics, Research Manager of Optical Metrology in Industry, and Founding member of the Brazilian Society for Optics and Photonics. He was also Director at the Brazilian Microelectronics Society and Member of the advisory board to Microelectronics: Brazilian National Research Council. As a leading expert in the field, he has written more than 150 scientific publications.
Bruno Lovaglio Cançado Trindade is Professor of Ophthalmology and Head of the Cornea Department of the Feluma Eye Institute. He is also a member of the board of directors of the Brazilian Society of Cataract and Refractive Surgery. He has published many peer-reviewed scientific articles and has given multiple presentations in all the major international ophthalmology congresses.
Chapter 1 Introduction
Chapter 2 The human eye and refractive correction
Chapter 3 Optical parameters and charts
Chapter 4 Intraocular lenses
Chapter 5 Eye models
Chapter 6 IOL power calculation
Chapter 7 Aniseikonia
Chapter 8 IOL and contact lens manufacturing
Chapter 9 Optimization deployed to lens design
Chapter 10 Design of diffractive multifocal intraocular lenses
Chapter 11 Intraocular-lens with sinusoidal patterns: design assisted by a classification algorithm
Chapter 12 Eye-Fi and electronically equipped lenses
Chapter 13 Mechanically adjustable lenses
Chapter 14 Intraocular optical spectroscopy: a proposal for Alzheimer's disease early diagnosis
Chapter 15 Predicting cataracts through automatic image analysis and classification