Vektorpotential EM-Wellenpaket

A(x,y,t) = 1/2 (Exp[-(Sqrt[x^2 + z^2] - c*t)^2/(4*a^2)] + Exp[-(Sqrt[x^2 + z^2] + c*t)^2/(4*a^2)]); t: [0, 3E-8]; x,y: [-5,5]

Category:

Science & Technology

Tags:

• Vektorpotential

[DavidRandallCurtis]

Did you do the graphics on this? Very cool...

[DerCrossi]

Yes I did do the graphics and the calculation. But I must point out that the graphics is just toying around here, the interesting thing is the time dependant vectorpotential it represents. It's calculation took some effort, it's the explicit solution to a rather nasty fourier integral. Imagine an electron doing one short wiggle. What you see in the video is the resulting Vectorpotential (abstraction of the electromagnetic wave) propagating through space and time.

[BlueAquaMarina]

How magnificent!! Thank you my dear!!