전자기학

수강자 들이 전자기학과 전기동력학, 막스웰 방정식에 대한 이해와 이러한 지식을 향후 연구 활동에 적용할 수 있는 능력을 키우는데 본 강의의 목표가 있음

1.	Introduction & Vector Analysis 1	Vector algebra, Differential calculus
2.	Vector Analysis 2	Integral calculus, Curvilinear coordinates, The Dirac delta function
3.	Electrostatics 1	Electric field, Divergence & curl of electrostatic fields, Electric potential
4.	Electrostatics 2	Work and energy in electrostatics, Conductors
5.	Potentials 1	Laplace equation, The method of images
6.	Potentials 2	Separation of Variables, Multipole expansion
	Potentials 2	Separation of Variables, Multipole expansion
7.	Electric Fields in Matter 1	Polarization, The field of a polarized object
8.	Midterm Exam.	From Chapter 1 to Section 4.2 of Chapter 4
9.	Electric Fields in Matter 2	Electric displacement, Linear dielectrics
10.	Magnetostatics 1	Lorentz force law, Biot-Savart law
11.	Magnetostatics 2	Divergence & curl of B, Magnetic vector potential
12.	Magnetic fields in matter 1	Magnetization, Field of a magnetized object
13.	Magnetic fields in matter 2	Auxiliary field H, Linear & nonlinear media
14.	Electrodynamics 1	Electromotive force, Electromagnetic induction
15.	Electrodynamics 2	Maxwell’s equations, Boundary conditions
	Final Examination	From Chapter 4 to chapter 7