Preface Acknowledgements I Fundamentals, Complex Media, Theorems and Principles 1 Introduction, Maxwell?s Equations 2 Maxwell?s Equations, Derivative Form 3 Constitutive Relations, Wave Equation, the Static Green?s Function 4 Magnetostatics, Boundary Conditions, Jump Conditions 5 The Biot-Savart Law, Conductive Media Interface, Instantaneous Poynting?s Theorem 6 Time-Harmonic Fields, Complex Power 7 More on Constitutive Relations, Uniform Plane Wave 8 Lossy Media, Lorentz Force Law, Drude-Lorentz-Sommerfeld Model 9 Waves in Gyrotropic Media, Polarization 10 Momentum, Complex Poynting?s Theorem, Lossless Condition, Energy Density 11 Uniqueness Theorem 12 Reciprocity Theorem 13 Equivalence Theorems, Huygens?s Principle II Transmission Lines, Waves in Layered Media, Waveguides, Cavity Resonators 14 Circuit Theory Revisited 15 Transmission Lines 16 More on Transmission Lines 17 Multijunction Transmission Lines, Duality Principle 18 Reflection, Transmission, Interesting Physical Phenomena 19 Brewster Angle, Surface Plasmon Polariton, Homomorphism with Transmission Lines 20 Waves in Layered Media 21 Dielectric Slab Waveguides 22 Hollow Waveguides 23 More on Hollow Waveguides 24 More on Waveguides and Transmission Lines 25 Cavity Resonators 26 Quality Factor of Cavities, Mode Orthogonality III Radiation, High-Frequency Approximation, Computational Electromagnetics, Quantum Electromagnetics 27 Scalar and Vector Potential 28 Radiation by a Hertzian Dipole 29 Radiation Fields, Directive Gain, Effective Aperture 30 Array Antennas, Fresnel Zone, Rayleigh Distance 31 Different Types of Antennas?Heuristics 32 Shielding, Image Theory 33 High-Frequency Solutions, Gaussian Beams 34 Scattering of Electromagnetic Fields 35 Spectral Expansions of Source Fields?Sommerfeld Integrals 36 Computational Electromagnetics, Numerical Methods 37 Finite-Difference Method, Yee Algorithm 38 Quantum Theory of Electromagnetics 39 Quantum Coherent State and More Appendix A Appendix B Bibliography About the Author.