Magneto-Attraction

The north pole of a magnet will attract a south pole as this blog has pointed out. Like poles repel through an opposite type of magneto-reaction.

The spinning of the electrons in the North end of the magnet will create a flux in the electron flow in the surrounding fluid. This flux is a curl. This curl will be nested and will permeate a distance from the North pole of the magnet. The South end of a second magnet will cause an upside-down counter spin or negative curl. It should be noted that these are electron spins that will now add up. There is now, at a certain point, enough spin to cause some negative electron induced pressure. This is not conventional pressure because it is really only the light charge carriers that are causing this induction. The two magnets, North and South, attempt to create a vacuum and in so doing create magneto-attraction.

Certain conductors is a different thing. Now suppose we present the North pole of a magnet to a fluid, air, and then we but a small conductor. The magnet will set the electrons in the fluid spinning. The curl of the fluid will induce the same curl in the conductor. This flux in the flow of the air will eventually be of a magnitude that will cause a vacuum-like evacuation of the air forcing the magnet and the conductor together.

It could be that a magnetic movement of electrons in a curl can be seen as a sort of an extension of a chemical bond between atoms. This is true and it isn't a chemical bond is very tight and a magnetic field represents a great number of electrons in a large, curled field between the North and the South pole of a magnetic dipole.