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So that's great that you completed this difficult lecture about electrostatic.

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Now we want to consider different special case, which is called Magneto's Static's, so instead of

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considering only the electric field, we will now consider only the magnetic fields.

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And instead of charges, we will consider Currence, because when you look at the Mexicans equations,

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you will see that the magnetic fields are generated by currents instead of charges.

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But besides that, to be honest, the magnetic static case is quite similar to the electrostatic case.

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And you will realize that when we go through these individual lectures, I will often refer to electrostatic.

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So even though you may not realize this right now, you already know a whole lot about Okonedo Static's.

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So we will talk about the Maxwell's equations of Magneto Static's, where, again, some terms will

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be zero.

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This will be the time derivative of the electric field in this case.

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And then we will introduce a so-called vector potential instead of an electrostatic potential, and

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we will then derived to formula for the magnetic fields instead of the electric field.

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So then we can solve several examples.

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For example, we will calculate the magnetic field of a straight wire and we will consider current loops

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and magnetic dipoles.

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And then we will discuss the forces and the talks that act on this magnetic dipole.

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And the very last lecture will be a comparison of electro static and Magneto's text, and you will see

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it's really the same the same mathematics, but a bit of a different physics.

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So I think you can be quite motivated.

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And let's go ahead and discuss aesthetics.
