1.6.2 Scalar and Vector Potentials

When you have a vector field that follows any of the rules of either a scalar or vector potential, then it follows all of them.

[fatimaperwaizkhan]

1:56 it shouldn't be the divergence of the scalar field but the gradient of the scalar field. Right?

[AnishShresthaonRoll]

u r amazing at explaining these stuffs

[karimkhan]

this is the best lecture series. very completed topics are explained clearly in brief-- pls teach me wireless antenas ( phase array antenas , dipole antenas ) etc

[nani]

Learned that: if the vector field is solenoidal, it is equal to the CURL of a vector potential

[bugzbunny]

You're freaking amazing! Thanks! :)

[benjamincalloway]

These are condition equations for vectors whose curl and divergence equal zero. The title suggests that the video regards vector potentials.

[scottessex]

Does this mean we can recreate Nikolai Tesla’s free energy device by extracting free electromagnetic energy from the ether using frequency and scalar waves also does this mean we have the potential to re-create Thor’s hammer using scalar and frequency to penetrate the earth and cause an earthquake... I know acoustic levitation is possible but how far can we push frequency/sound and magnetism