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Boundary Value Solution With Green's Functions, and With Orthogonal Basis Functions. Expansion in Multipoles. Electrostatics in Matter, Magnetostatics, Magnetic Moment, Magnetostatics in Matter, Inductance Maxwell's Equations, Scalar and Vectorial Potentials, Tensorial Analysis, Relativistics Nutation of Maxwell's Equations, Energy And Momentum Tensor and Conservation Laws, Green's Function Of The Wave Equation, Em Radiation, Leinerd-weichert Potential, Dipole Approximation, The Action of The Em Field.

Faculty: Physics
|Undergraduate Studies

Pre-required courses

(114075 - Physics 2mm and 114101 - Analytical Mechanics) or (114076 - Physics 2p and 114101 - Analytical Mechanics)

Course with no extra credit

44140 - Electromagnetic Fields 114245 118120 - Electrodynamics

• Classical electricity and magnetism - Panofsky, Wolfgang K. H.
• Classical electrodynamics - Greiner, Walter
• Classical electrodynamics - Jackson, John David
• Classical electrodynamics - Jackson, John David,
• Classical electromagnetism - Franklin, Jerrold
• Electrodynamics of continuous media - Landau, Lev D.
• Introduction to electrodynamics - Griffiths, David J.
• Introduction to electrodynamics - Griffiths, David J.
• Modern electrodynamics - Zangwill, Andrew
• The classical theory of fields - Landau, Lev D.