Ah, that site has caused a heck of a lot of problems I didn't intend for. I'm wondering what would happen if one of the loops would switch it's current direction right before a static magnetic field got to it.
I'm going to go back a bit further.
1) When a dipole changes directions from up to down. As when the current in a loop reverses direction. What happens with the magnetic and electric field. Does it detach, and if it does what does detach mean.
2) How does a static magnetic field...
Integral,
Jesus Christ; I linked there because there were pictures. I frickin' know this is impossible. I can't figure out why! I don't know what's wrong with my physics understanding of EM and I want to know what IS wrong.
I don't care about the high frequencies or what's actually...
Right, two EM waves don't do crap to each other. But two current loops with the same current attract each other, while opposite currents repel. So if you've got one loop at 1A, the magnetic field created by it propagates through space at c..right?
If you've got two loops, always at 1A...
Hiya,
Materials:
- Two current loops oscillating at ~ 9GHz Square Wave
Orientation:
- Stack the two loops one on top of the other at ~ 1cm seperation.
What I See:
- At that distance and frequency of oscillation it appears as if you could get a force with an equal reaction...