Monopolar magnets

A lot is written about monopolar magnets on the web, and there are many theories about magnets with only one pole. But so far there is no scientific, experimental proof that it actually exists in the universe. Read any about the definition "Magnetic monopole" on Wikipedia.

The closest you can get to a monopolar magnet are neodymium magnets (also called power magnets and supermagnets), which i.a. used for machines. Neodymium magnets have an incredibly strong magnetic field and can support hundreds of times their own weight when placed directly on a magnetic surface (but the magnetic field weakens the further the magnet comes from the magnetic plate - eg steel - meaning that the carrying capacity becomes significantly less on, for example, magnetic glass boards, where there is a thick layer of glass between).

In rotation, magnets with neodymium monopoles work, but the fact is that no matter how you turn and turn the magnets, and no matter how and where many times you split a neodymium magnet, there will always be a north pole and a south pole. That is facing each other, two neodymium magnets will always be able to attract and repel each other. But in front of another magnetic material (e.g. steel or a magnetic board), the magnets will be attracted with many sides. This is important to remember if you have to use two neodymium magnets facing each other; that they are turned correctly so that they give the right result (attract or repel each other's poles).

This is just to make it a little more "readable" for those who don't deal with magnets on a daily basis , but who would like to search for information about monopolar magnets. Feel free to write to us if we can be of assistance with anything.