BMES 3253-0

Brief

This course aims to provide students an overview of fundamental optics and related optical applications in biomedical field. It is a one-semester ba<x>sed introduction to optics. In this class, we will essentially introduce geometrical optics and wave optics. In geometrical optics, ray-tracing, lens design, basic optical instruments will be covered. In wave optic, wave equations, interference, diffraction, image formation, coherence, polarization will be discussed.

Description

Course keywords: 幾何光學、波動光學 、geometrical optics、wave optics、生醫光電、biophotonics 1.Course Description: This course aims to provide students an overview of fundamental optics and related optical applications in biomedical field. It is a one-semester based introduction to optics. In this class, we will essentially introduce geometrical optics and wave optics. In geometrical optics, ray-tracing, lens design, basic optical instruments will be covered. In wave optic, wave equations, interference, diffraction, image formation, coherence, polarization will be discussed. This course aims to provide students an overview of fundamental optics and to introduce related optical applications in biomedical field. 2.Text Book: Introduction to Optics, Frank L. Pedrotti 3.Teaching Methods: 2 sections per week; one 2-hr section , and one 1-hr section 4.Syllabus: R26;Nature of Light R26;Geometrical Optics R26;Optical Instrumentation R26;Wave Equations R26;Superposition of Waves R26;Interference of Light R26;Optical Interferometry R26;Coherence R26;Fraunhofer Diffraction R26;Fresnel Diffraction R26;Light Polarization 5.Evaluation: Mid term I (30%), Mid term I (30%), Final Exam (30%), Homework/quiz (10%)

Timetable

Scores

Average Percentage 79.43

Std. Deviation 11.12

Remarks

Restrictions

醫環系優先，第3次選課起開放全校修習

Compulsory

Elective

Cross Discipline

First Specialization

Second Specialization