PHY 204 delves into the fundamental principles of classical electrodynamics, a cornerstone of modern physics. Building upon the knowledge gained in PHY104, this course explores the dynamic behavior of electric and magnetic systems.
Key Topics:
- Maxwell's Equations: A deep dive into the mathematical framework governing electromagnetic phenomena, including local and integral forms, conservation laws, and gauge transformations.
- Applications: Exploration of real-world applications such as wave propagation, optics, and radiation.
- Numerical Simulations: Hands-on experience through projects simulating fundamental concepts or practical applications.
Learning Outcomes:
- Master Fundamental Principles: Students will gain a solid understanding of the core concepts of classical electrodynamics.
- Understand Maxwell's Equations: Students will grasp the origins and implications of Maxwell's equations in various media.
- Apply Concepts to Real-World Systems: Students will be able to analyze and understand the physical principles behind everyday technologies.
- Teaching coordinator: Couairon Arnaud
- Teaching coordinator: Serban Didina
- Teaching coordinator: Xiong Jie