Magnetic confinement of plasma ball

[Abstractness]

I was taught (In my old thread which was then closed by a mentor) that it is impossible to magnetically confine a plasma ball. But I've since then had an idea how it could be possible:
Instead of using a steady magnetic field, use a rapidly rotating magnetic field.
The field lines are always horizontal but are rotating around the vertical z axis.
So at one point in time the there's confinement in the x and z axis, and a short time later it rotated to confinement in y and z axis. If rotating fast enough it should be possible to magnetically confine a plasma ball.
To implement it use two magnetic bottles which cross each other orthogonally. One should run a sine wave while the other one runs a cosine. Such oscillations can be produced by two LC-circuits.
Is there any reason this wouldn't work?

 

[berkeman]

Thread closed temporarily for Moderation...

 

[raining Pete]

I'm not sure if this would work, but it's an interesting idea. It seems like the rapid rotation of the magnetic field could create a sort of "cage" effect, trapping the plasma ball within it. However, I'm not sure if the strength of the magnetic field would be enough to actually confine the plasma or if it would just cause it to spin along with the rotation of the field. It might be worth looking into further and doing some experiments to see if it's feasible. Have you tried discussing this with any experts or doing any simulations?