Course Syllabus

Lecture notes

Part 0: Mathematical Preperation

Lecture 1 : Vector algebra

Lecture 2 : Fundamental theorems of vector calculus

Lecture 3 : Delta function & others

Part I: Electrostatics

Lecture 1 : Electromagnetism -- an overview

Lecture 2 : Electrostatics -- charges

Lecture 3 : Electrostatics -- guass's law

Lecture 4 : Electrostatics -- electric potential

Lecture 5 : Electrostatics -- conductor

Part II: Electromagnetic field of moving charge

Lecture 6 : Relativity -- An electromagnetic way to derive basic relativistic transformations

Lecture 7 : Relativity -- special relativity 1

Lecture 8 : Relativity -- special relativity 2

Lecture 9 : Electric field of moving charges

Lecture 10 : Magnetic fields 1

Lecture 11 : Magnetic fields 2

Lecture 12 : Transformations of BM fields

Part III: Maxwell equations and beyond

Lecture 13 : Induction

Lecture 14 : Displacement current

Lecture 15 : Magnetic monopole

Lecture 16 : Conservation law 1

Lecture 17 : Conservation law 2

Part IV: Application of E&M theory

Lecture 18 : AC circuit 1

Lecture 19 : AC circuit 2

Lecture 20 : Dielectrics 1

Lecture 21 : Dielectrics 2

Lecture 22 : Magnetic field in matter

Lecture 23 : Magnetic field in matter 2

Homework assignment

HW1 : Due on Feb 20, 2023

HW2 : Due on Mar 1st, 2023

HW3 : Due on Mar 13, 2023

HW4 : Due on Mar 20, 2023

HW5 : Due on Mar 27, 2023

HW6 : Due on Apr 3, 2023

HW7 : Due on Apr 20, 2023

HW8 : Due on Apr 26, 2023

HW9 : Due on May 10, 2023

HW10 : Due on May 22, 2023

HW11 : Due on June 5, 2023

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Last modified: Feb 23, 2023.