•Course Purpose 
Developing electromagnetism I and II, Maxwell's equations, wave propagation of electric and magnetic fields, polarization, energy and momentum of electromagnetic waves, propagation of electromagnetic waves in medias, wave guides, electromagnetic potential, retarded potential, radiation of electromagnetic waves will be lectured. The goal of the achievement is i) to understand the laws of electrostatics and magnetostatics and Maxwell's equations, and ii) their applications to propagations and radiations of electromagnetic waves. 

•Prerequisite Subjects 
Differential and integral calculus, Linear algebra, Mathematics I and II, Electromagnetism I and II 

•Course Topics 
1. Maxwell's equations 2. Propagation of electromagnetic waves in vacuum 3. Plane wave and spherical wave 4. Energy and momentum of electromagnetic waves 5. Propagation of electromagnetic waves in media 6. Wave guide 7. Electromagnetic potential 8. Retarded potential 9. Radiation of electromagnetic waves 10. Electromagnetic field by accelerating particles 

•Textbook 
Handouts are provided in each of the lectures. 

•Additional Reading 
Introduction to Electrodynamics 4th ed. (D. J. Griffinths, Pearson) 

•Grade Assessment 
The achievement will be evaluated by a midterm exam and a term exam. The weights of the marks of the midterm and term exams are 50 % and 50 %, respectively. Those who mark more than 60 points out of 100 points are passed. 

•Notes 


•Contacting Faculty 
Questions are accepted right after the lectures at the lecture room or the office. Students should make an appointment for for the question by telephone or email in advance. 