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Lecture notes on electromagnetic fields and waves

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These lectures cover the generation and spread of electromagnetic fields. The wave equation and its solutions are derived from Maxwell's equations. Further topics are: fields in free space, refraction and reflection at boundary surfaces, dipole radiation, Green's functions, vector and scalar potentials, as well as light transformations. In order to understand the diffraction and scattering of waves, the field angular spectrum is derived and the transition to Fourier optics is discussed. Also discussed are guided waves and resonators. Last updated: February 2013 From: https://www.photonics.ethz.ch/en/our-range/education/courses/electromagnetic-fields-and-waves.html

Author(s): Lukas Novotny
Year: 2013

Language: English
Pages: 145

Introduction
Chapter 1: Maxwell's Equations
Chapter 2: The Wave Equation
Chapter 3: Constitutive Relations
Chapter 4: Material Boundaries
Chapter 5: Energy and Momentum
Chapter 6: Radiation
Chapter 7: Angular Spectrum Representation
Chapter 8: Waveguides and Resonators