Science continues to search for new inexhaustible sources of resources, something on which our sustainable development is focused. Just after having buried this super-polluting fuel after 2000 years, we now have another challenge ahead of us. This is the unknown force in the universe that produces energy, but which we do not know how to use, although we have a challenging plan.
An unknown force in the universe, but theorized decades ago.
Physics has taken a big step forward with the recent discovery of a new type of magnetism called altermagnetism. Researchers have identified a new magnetic force generated by electrons that behaves differently from conventional magnetism.
This finding opens the door to new technologies based on the unique properties of altermagnetism. Although we are still far from practical applications, the potential seems enormous. It is believed that alter magnetism could be used to develop new types of energy.
Scientists have been studying magnets and magnetism for centuries, so discovering a new type of magnetism is a significant breakthrough. Altermagnetism could help us better understand the fundamental nature of matter and the forces that govern the universe.
Why alter magnetism may be a new source of energy
Altermagnetism has a number of differences from conventional magnetism that we will now discuss. The important thing is that you understand how, through a completely different flow of electrons, it is possible to obtain the residual energy generated by the friction between them.
Conventional magnetism is generated by the motion of electrons, but altermagnetism is produced by a quantum property of subatomic particles called spin.
The spin of atomic nuclei within some materials can align, generating a magnetic field. This new type of magnetism, which does not depend on the electrical charge of electrons.
But how exactly will it help us generate energy? Not only will it do so by giving us a possible new way to do it, but it will also allow us to understand it more deeply. Altermagnetism only manifests itself at extremely low temperatures, close to absolute zero.
It is precisely in environments of this type that energy hardly flows at all, since the atoms are paralyzed. If we manage to obtain a small amount of energy, even if it is residual, we will learn to maximize it at much more normal temperatures, which could change the global energy landscape, although it would not be an infinite energy source like others we have discussed.
Electricity will also benefit: look at what they have discovered.
Altermagnetism has the potential to revolutionize several technological fields. Because this new form of magnetism is stronger than conventional magnetism, it could be used to develop more powerful magnets, which have also been used as a source of energy in projects around the world.
The researchers believe that altermagnetism could enable the development of new types of electrical concentrators. By being able to manipulate electron spins more efficiently, a more stable energy flow could be created and unconventional sources could be displaced once and for all.
Another possible application is in electricity transmission. Altermagnetism magnets could be used to reduce losses in power transmission lines. This would improve the efficiency of electricity distribution over long distances, helping to make it more efficient and less wasteful.
As you can see, energy with alteromagnetism could soon be a reality, although it may take longer than we would like to learn how to generate it. The key will be to do what our scientists did: look at our environment in search of new solutions. This is precisely what those who discovered these super-rays, which are produced by the boiling ocean, must have done.