RIPFeynman

Yeah, Pulsars aren't exactly what I had in mind, but I agree, it is really cool. Thanks a lot. I think I'll be referring to those links quite often, haha.

The edges of the magnets are moving close to or at the speed of light because they're attached to the rods (like the drive shaft of a car connects to the wheel on a car) which are spinning them. Maybe their wouldn't be any interesting results, like I said above, my knowledge of physics is pretty basic. I don't expect anyone here to take the enormous task of educating me in this field, but if anybody has any suggestions on what to read or look for that would increase my knowledge, I would be very grateful.

Right, sorry I didn't include in my last post to assume that they could withstand such forces. What then would be the consequence? It's purely theoretical.

Hello all members of SF, for my first post, I'd like to ask a question which has been bothering me for a while. It may be because my understanding of physics is still pretty rudimentary, but I haven't been able to figure it out, I hope one of you may be able to help. Any ideas are much appreciated. So, here it is: Two large, round magnets are placed on rods in a way that they are very close to each other and then accelerated in a circular motion (like a top spinning, not like an orbiting planet) at close to or at the speed of light, but in opposite directions. What happens? Thanks in advance.