Magnetic field produced by a rotating loop?

[Heimisson]

I've been thinking about this for some time.

If I have a loop (no outside magnetic field) and it is producing a magnetic field due to current going circulating through it what happens of I start rotating the loop extremely fast.
Would it induce current upon itself because of changes in the direction of it's own magnetic moment?
What would the magnetic field lines behave like, perhaps like series of spheres inside the coil?
Could something be contained within the loop like plasma?

I hope these aren't stupid questions, I just started my electromagnetics course so perhaps after a few months I will know the answers to these questions.

 

[Vailanor]

The answer to your questions depends on the situation you are describing. If you have a loop with current circulating through it and you rotate the loop extremely fast, then the magnetic field induced by the loop will also change direction as the loop rotates. This changing magnetic field will induce a current in the loop as described by Faraday's law of induction. The magnetic field lines in this case would behave like concentric circles around the loop. It is also possible for something to be contained within the loop, such as a plasma, but this would require that the loop be designed in a particular way.