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Related lectures (30)

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Electron Oscillator Model: Lorentz Model

Introduces the electron oscillator model and its impact on electromagnetic wave propagation.

Wave Optics: Theory and Equations

Explores wave optics theory, equations, and wave propagation characteristics in different directions and mediums.

Transmission Line Theory: Wave Propagation

Explores transmission line theory, telegrapher's equations, and frequency-domain solutions for lossless and lossy lines.

Electromagnetic Waves: Interaction with Matter

Explores the interaction of electromagnetic waves with matter, focusing on transmission and reflection phenomena.

Electromagnetic Waves: General Properties and Applications

Explores electromagnetic waves, their properties, applications, and interconnected fields.

Shallow Water Waves: Linearization and Disturbances

Discusses the linearization of shallow water wave equations and the impact of variable depth on wave propagation velocity.

Diffusion and Logistic Growth

Explores diffusion, logistic growth, genetic circuits, morphogen gradients, and wave propagation in biological systems.

Wave Equation for Mechanical Waves: Derivation and Interpretation

Delves into deriving the wave equation for mechanical waves, analyzing forces in a rope, and interpreting wave characteristics.

Wave Propagation: Basics

Introduces the basics of wave propagation, covering longitudinal and transverse waves, superposition, reflection, d'Alembert equation, Fourier decomposition, and wave surfaces.

Electron Diffraction: 2-Beam

Explores electron diffraction in TEM, emphasizing 2-beam patterns and the Bragg law.