A comprehensive text on the theoretical nature of light. Span across wave, electromagnetic and particle nature of light with elaborate explanations. Contents1 View and Vision 1.1 About Camera & Photography 1.2 More about Eye 1.3 What and How we See 2 Light propagation: Catch the Runner 2.1 Refraction:When light reduces its velocity 2.2 Prism & Colour 3 Light as a Wave 3.1 How can we say light is a wave?3.2 Young's Double Slit Experiment3.3 RepresentingLight as a Wave3.4 Young's Double Slit Calculations3.5 Interferometry 3.6 Multiple Beam Interference 3.7 Diffraction 4 Light as Electromagnetic Radiation 4.1 Maxwell'sEquation. 4.2 Maxwell's Equations in Vacuum4.3 Maxwell's Equation in Matter 4.4 Maxwell's Equations to Wave Equation 4.5 Electromagnetic Waves in Space 4.6 Energy of Electromagnetic Wave4.7 Electromagnetic field and Maxwell's Equation4.8 Polarization in Electromagnetic wave4.9 Polarization Affecting Components 4.10Matrix Representation of Polarized Light4.11TE and TM Polarization5 Light As Particles5.1 Light Wave to Light Particle5.2 Photon Statistics.5.3 Electromagnetic Field Quantization5.4 Quantum Optical Representation of Electromagnetic field
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