Magnets are part of the magnetic products of our daily lives yet very few people know the health benefits of magnets and how they work.

The magnetic phenomenon of the magnet for health

Magnets are fascinating, they do not contain any particular energy or source of energy. They have a constant magnetic field around them. A magnet indeed generates a magnetic field around it, which is what makes it a magnet. Simply put, the orientation of electrons (the electron being a displacement charge) in atoms induces a magnetic field. All of these magnetic fields align and their strengths add up so that the atom’s magnetic field is no longer neutral. If on top of that all atoms and groups of atoms are pointing in the same direction, then the magnetic field produced by the object in question is non-zero.

What are the health benefits of magnetism magnetism?

The magnets help relieve the symptoms of osteoarthritis, multiple sclerosis, back pain, feet, knees and treat insomnia. The use of magnets for health would also be beneficial in the treatment of tendonitis.

The Japanese company Nikken takes advantage of this magnetic field through many products

The specificities of magnets

A magnet is a material which naturally develops a magnetic field and which is able to attract iron, nickel, cobalt, chromium. A magnet has poles: a north pole and a south pole. The poles of the same kind of the magnet repel each other while those of different kinds attract. Magnets are therefore magnetic dipoles, the two poles of which are inseparable; the existence of a magnetic monopole being excluded until proven otherwise. There are different types of magnets: we have natural magnets (made from iron ore, magnetite) and artificial magnets. Among artificial magnets, we distinguish permanent magnets such as bar magnet, U-magnet, magnetic needle, and temporary magnets such as electromagnets. These magnets are made of ferromagnetic materials.

When is the energy?

Some believe that you can extract energy from a magnet or use it as a source of energy. As we have said, the only feature of a magnet in front of another material is the orderly arrangement of electrons in atoms and atoms. This is just an arrangement, not a way to store energy. Moreover, if we heat a magnet above a so-called “Curie” temperature, then the atoms become disoriented and the magnet loses its magnetic capacities but that is all that is possible to do: it is a state to be.

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