Introduction to Electrodynamics

Explore the fundamentals of electrodynamics with this introductory course, modeled after the renowned textbook by DJ Griffiths. This course provides a solid foundation in the behavior and interactions of electric and magnetic fields.

You'll delve into the essential mathematical framework underpinning electromagnetism, including vector calculus and differential equations. The journey begins with the basics: electric charges and Coulomb's law, building towards a comprehensive understanding of electric fields and Gauss's law.

Next, discover magnetic fields and Ampere's law, leading to the groundbreaking Faraday's law of electromagnetic induction. The course then explores electromagnetic waves, Maxwell's equations, and their far-reaching applications, including the propagation of light and radiation.

Gain insights into various key areas of electrodynamics, such as electrostatics, magnetostatics, and the nature of electromagnetic radiation. We'll also examine the practical applications of electromagnetism in modern technology.

Develop crucial problem-solving skills through engaging in-class exercises, homework assignments, and projects.

By the end of this course, you'll possess a strong understanding of the principles and applications of electrodynamics, preparing you for advanced studies in physics, engineering, and related disciplines.

Electrodynamics is a cornerstone of many scientific and engineering fields, including telecommunications, electronics, electrical engineering, optics, and particle physics. Master the principles that drive these technologies!