The superconductors, which would have their properties at higher temperatures, are considered from the discovery of these materials before 27 flights. They keep electrical energy without resistance and at temperatures in which this phenomenon, according to physicists, can not happen at all!

When electricity flows directly over the cable, a portion of the energy is always lost. This is not the case with superconductors. They lead electricity without losing energy if they are chilled extremely deep below 0 ° C.

The basic principle is based on the formation of electron pairs - the so-called copper pairs. These vapors can be formed at very low temperatures and without resistance to pass through the conductor. In high-temperature superconductors, physicists assume a similar principle, but the usable model has not been constructed until today.

Even if we understood this phenomenon, its use would be limited. I understand high temperature is relative, as ambient temperatures in which superconducting properties are shown are still very low. They move around -140 ° C. However, high temperature superconductors could become an alternative for conventional conductors in the future, at least in certain applications. And who knows, perhaps opens up new possibilities if we ever understand this principle.

The superconductors are also spoken about antigravity. He even built an antigravity skateboard, which is more righteous hoverboard. However, its use in everyday life is still in sight, as there is still the problem of low temperatures.