To be honest, the magnets are crazy. Take a bar magnet and divide it into two pieces. Despite the division, there are still two poles, north and south. Even if you continue to drill, you can not get a single polarity magnet just north or south. If someone finds a unipolar magnet, he will probably win the Nobel Prize.
It seems that a team from the Austrian Institute of Science and Technology has tried to achieve such a result, but the union of certain molecules has uniquely polarized appearance, which seems to be a magnet, and a magnetic wheel has been discovered in the direction of its behavior. Others have observed this phenomenon, but this time it is quite impressive in terms of simplicity. When you look at him, others have created conditions that allow these qualities to take place when they examine what they do; but nobody felt the need to examine her.
Mikhail Lemeshko, from the team, said, "We have studied the experiments of other groups, what we did in this experiment 20 years ago, we put a molecule in a super fluid helium, the main purpose of the experiment is to investigate the properties of the molecules. why "(Monopoly).
What will happen to us in the unipolar environment? It; Most of the basic equations for electricity and magnetism are known as Maxwell equations. Two of them are magnetism, two of them have electricity. However, when the electric equations indicate uniform electric charges, they are not magnetic equations. People have long admitted that the monopolies may exist only to make the equations look better. Since Maxwell, other scientists have discovered that we are unipolar to explain particle physics and have made the strange universe sharper.
Lemeshko's team did not find a particular particle, but found a particle that acts as a single magnetic pole. The particles called quasiparticles behave mathematically similar to the singular particles moving by simple methods when a large number of particles come together. For example, the idea of a hole that represents a place where the scum is lifted from the center (ie a black hole). In this example, Lemeshko's team calculated the behavior of a cyclic molecule in a super-fluid helium cage called angulon.
In mathematical research, they have observed that the system carries magnetic single polarity properties in terms of the spherical appearance of the molecules. According to Lemeshko, no one has ever noticed this situation to this day.
"The key to this particular research is the fact that magnetic unipolarity allows you to notice much more easily than previously thought: You can use this system by doing similar experiments for completely different purposes without the need for a complex system," Lemeshko said.
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