Wave equation

Update: 2008-02-14

Description

We look at Maxwell's equations and use them to find the wave equation for electromagnetic radiation. We then investigate various solutions to the wave equation.

Comments

In Channel

Modulators

2008-05-0601:00:14

Birefringence

2008-05-0101:10:20

Polarization of light

2008-04-2456:42

$Diffraction from Double Slits$

Diffraction from Double Slits

2008-04-1518:26

$More Diffraction$

More Diffraction

2008-04-1053:17

$Diffraction$

Diffraction

2008-04-0801:15:07

More Fiber Optics

2008-04-0358:59

Fiber Optics

2008-04-0101:17:20

Coherence

2008-03-2057:13

Fourier Analysis

2008-03-1801:15:55

Fabry-Perot Interferometer

2008-03-1301:16:09

Michelson Interferometer

2008-02-2801:15:35

Two beam interferencde

2008-02-2601:14:37

Group and Phase velocity

2008-02-2101:15:09

Superposition

2008-02-1901:14:48

Wave equation

2008-02-1401:10:12

Thick Lenses

2008-02-1401:14:54

Ray Matrices

2008-02-0701:13:24

Thin Lenses

2008-02-0501:16:58

Fermat's Principle and Huygen's Principle

2008-02-0101:15:14

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#box-pro-ellipsis-17667134134493{-webkit-line-clamp:2;}Wave equation

Wave equation

Peter Beyersdorf

Wave equation