| Center |
| Faculty of Physics |
| Departament |
| Optics and Optometry and Vision Sciences |
| Lecturers in charge |
| M9143 - VICENTE MICO SERRANO |
| Met. Docent |
| METHODOLOGY Written theoretical exam with 8 to 10 questions (accounting for 80% of the final mark) and exam on laboratory practicals (20% of the final mark |
| Met. Avaluació |
| - - |
| Bibliografia |
| A. Bennet i Rabbets. Clinical Visual Optics. Butterworth-Heineman. - Y Le Grand. Óptica Fisiológica I. Ed. Sociedad Española de Optometría. - P. Capilla, J. Pujol. Problemes dÆÓptica Fisiológica. Ed. UPC. - J. Romero, J. García, A. García. Curso de Introducción a la Óptica Fisiológica.. Ed. Comares. - ôOptics of the human eyeö. Charmen W.N. en ôVisual Optics and Instrumentationö. Enciclopedia: Visión and visual dysfuction. Vol. I (1991). - ôVision and visual perceptionö. Graham C.H. (1965). John Wiley & Sons |
| Continguts |
| CONTENTS Study of the eye as an imaging optic system. Definition of theoretical eye. - Main characteristics of the emetropic eye. Quality of the retinal image, accommodation and longsightedness. - Spherical ametropias: myopia and hypermetropia. Ametropic eye. Ametropia compensation. - Astigmatic eye. Study and compensation of the astigmatic eye. - Laboratory development of models to check the main theoretical formulations INTRODUCTION: Physiologic Optics: concept, objectives and relation to other subjects. LESSON I: GEOMETRIC OPTICS APPLIED TO THE EYE. LESSON II: THEORETICAL EYE LESSON III: IMAGE QUALITY LESSON IV: EMETROPIC EYE LESSON V: ACCOMMODATION LESSON VI: LONGSIGHTEDNESS LESSON VII: SPHERICAL AMETROPIAS LESSON VIII: AMETROPIA COMPENSATION LESSON IX: ASTIGMATISM I LESSON X: ASTIGMATISM II |