SK3370 Optics of the Human Eye 7.5 credits
Educational levelThird cycle
Academic level (A-D)D
At present this course is not scheduled to be offered.
Intended learning outcomes
The overall goal of this course is to give the student an understanding of the optical properties and function of the human eye.
After completing this course, the student should be able to
- Describe the function of the optical components of the eye
- Calculate the position and size of the image in the reduced schematic eye
- Apply geometrical optics methods to calculate the size of the blurred retinal image due to refractive errors as well as to calculate the effect of different optical corrections
- Compare different subjective and objective techniques to measure the optical errors of the eye
- Evaluate the image quality in different schematic eyes with simple software for optical design (such as WinLens)
- Analyze the retinal image quality (in the form of PSF and MTF) from a wavefront measurement with existing MatLab-routines
- Rank the effects on image quality and vision of different monochromatic and chromatic aberrations as well as of scattering
- Describe the light sensitivity of the retina, both with regard to the wavelength and the direction (the Stiles-Crawford effect) of the light, additionally, reflect on how this will influence vision for an eye with scattering and aberrations
- Describe age related changes in the optics of the eye, with emphasize on the origin and possible compensation of presbyopia
Course main content
Fundamental knowledge on the optical components of the human eye and how these form the image on the retina. Different schematic eyes as well as the different axes of the eye. Paraxial image formation in the eye and the effect of refractive errors as well as their correction. Passage of light in the eye: photometric quantities, light sensitivity of the retina, scattering, the Stiles-Crawford effect. Subjective and objective techniques to measure the optical errors of the eye, both regarding refractive errors, monochromatic and chromatic aberrations. Evaluation of the image quality on the retina with PSF and OTF. Effect of optical errors on image quality as well as on vision. Age related changes in the eye, accommodation, presbyopia, and depth-of-field.
The students read the course literature and prepare presentations and assignments individually. All students and the examiner then meet for the oral presentations.
Recommended previous knowledge: Geometrical optics
The student should have been accepted as a research student.
”David A. Atchison & George Smith, "Optics of the human eye," Butterworth-Heinemann, 2000. In addition, relevant course literature can be added by the participants, e.g., help manuals for WinLens and MatLab."
Requirements for final grade
Oral presentation of the course literature, construction and correction of assignments to the other course participants, as well as solving their assignments.(P/F)
Linda Lundström (email@example.com)
Peter Unsbo <firstname.lastname@example.org>
Course syllabus valid from: Autumn 2012.