Mag-monopoles are hypothetical particles that possess only one magnetic pole, unlike regular magnets which have both a north and south pole. They are important in physics because they could potentially explain certain phenomena, such as the absence of magnetic monopoles in nature and the quantization of electric charge.
No, there is currently no consensus on the proper formula for mag-monopoles attraction. This is because mag-monopoles have not yet been experimentally observed and their existence is still a topic of debate in the scientific community.
The most widely accepted formula for mag-monopoles attraction is the Dirac quantization condition, which states that the product of the magnetic charge of a monopole and the electric charge of a particle must be equal to a multiple of the Planck constant.
Yes, there are currently experiments and research being conducted on mag-monopoles. Some of these include using high-energy particle colliders to search for monopoles, as well as theoretical studies to understand the potential properties and behavior of mag-monopoles.
If mag-monopoles are found to exist, they could revolutionize our understanding of the universe. They could potentially help explain the symmetry between electric and magnetic forces, as well as provide evidence for the existence of higher dimensions in the universe. They could also have applications in technologies such as magnetic storage and transportation.