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Electromagnetic Theory

Electromagnetic Theory. Instructor: Professor D.K. Ghosh, Department of Physics, IIT Bombay. The course is a one semester first course on Electromagnetic Theory at B.Sc. level. This course would be a prerequisite for the advanced level course at the M. Sc. Level.

The course begins with a review of vector calculus which is extensively used in the course. The course covers electrostatics, magnetostatics, electromagnetic induction and electromagnetic waves. At the end of this course, a student is expected to be familiar with both the differential and integral forms of Maxwell's equations. (from nptel.ac.in)

Lecture 26 - Boundary Conditions

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Module 1: Elements of Vector Calculus

Lecture 01 - Scalar Field and its Gradient

Lecture 02 - Line and Surface Integrals

Lecture 03 - Divergence and Curl of Vector Fields

Lecture 04 - Conservative Field, Stoke's Theorem

Lecture 05 - Laplacian

Module 2: Electrostatics

Lecture 06 - Electric Field Potential

Lecture 07 - Gauss' Law, Potential

Lecture 08 - Electric Field and Potential

Lecture 09 - Potential and Potential Energy

Lecture 10 - Potential and Potential Energy II

Lecture 11 - Potential and Potential Energy III

Lecture 12 - Coefficients of Potential and Capacitance

Lecture 13 - Poisson and Laplace Equation

Lecture 14 - Solutions of Laplace Equation

Lecture 15 - Solutions of Laplace Equation II

Lecture 16 - Solutions of Laplace Equation III

Lecture 17 - Special Techniques

Lecture 18 - Special Techniques II

Lecture 19 - Special Techniques III

Lecture 20 - Dielectrics

Lecture 21 - Dielectrics II

Lecture 22 - Dielectrics III

Module 3: Magnetostatics

Lecture 23 - Equation of Continuity

Lecture 24 - Force between Current Loops, Magnetic Vector Potential

Lecture 25 - Magnetic Vector Potential

Lecture 26 - Boundary Conditions

Lecture 27 - Magnetized Material

Lecture 28 - Magnetostatics (cont.), Time Varying Field (Introduction)

Module 4: Time Varying Field

Lecture 29 - Faraday's Law and Inductance

Lecture 30 - Maxwell's Equations

Lecture 31 - Maxwell's Equations and Conservation Laws

Lecture 32 - Conservation Laws

Lecture 33 - Angular Momentum Conservation, Electromagnetic Waves

Lecture 34 - Electromagnetic Waves

Lecture 35 - Propagation of Electromagnetic Waves in a Metal

Module 5: Waveguides

Lecture 36 - Waveguides

Lecture 37 - Waveguides II

Lecture 38 - Resonating Cavity

Lecture 39 - Radiation

Lecture 40 - Radiation II