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Lecture
Optical Properties: Materials & Maxwell's Equations
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Related lectures (30)
Lorentz Transformations: Symmetries and Boosts
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Explores Lorentz transformations, boosts, and symmetries in Newtonian mechanics.
Maxwell's Equations in Materials
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Discusses constitutive relations, charges in materials, dipolar moments, and induced polarizations within closed surfaces.
Interaction of E-M Waves with Matter: Transmission, Absorption, Reflection
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Explores how electromagnetic waves interact with matter, emphasizing transmission, absorption, and reflection.
Optical Tweezers: Basics and Applications
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Covers the basics of optical tweezers and their applications in microscopy, manipulation, and spectroscopy, as well as the alignment of molecules using laser pulses.
Electromagnetic Fields in Medium
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Explores the macroscopic Maxwell equations and the origin of electric permittivity in dielectrics.
Electromagnetic Fields in Medium
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Explores electromagnetic fields in a medium, covering macroscopic Maxwell equations, polarization, magnetization, and dielectric permittivity.
Covariant and Contravariant Tensors: Maxwell Field Strength
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Explores contravariant and covariant tensors, Maxwell field strength, and Lorentz invariance in linear transformations and metric properties.
E-M Wave Propagation in Materials: Loss-less vs. Lossy
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Explores electromagnetic wave propagation in materials, including loss-less and lossy mediums, optical constants, and dispersion in glasses.
Electron Oscillator Model: Lorentz Model
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Introduces the electron oscillator model and its impact on electromagnetic wave propagation.
Optical Phenomena: Refraction in Different Media
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Explores refraction in different media using a basin with water and oil layers.
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