Superconducting matter discovered in meteorites

Superconducting matter discovered in meteorites as substance that conducts electricity without any confrontation researched by a group of physicists. The outcome reported will not create a paradigm shift in scientist’s knowledge about solar system, but it has created an excitement and awareness that there is a material that is superconductor at room temperature which could possibly lead to technological innovations such as magnetically levitating trains.

Johnpierre Paglione, a condensed matter physicist at the University of Maryland in College Park, whose team has been penetrating for natural superconductors in terrestrial minerals, said that they have discovered something and have kept it in isolation. It’s neat.


Standard superconductors entail simple metals, such as niobium, lead, or mercury, that turn out to be superconducting when cooled to below to an attributive critical temperature which is absolute zero—4.2 K in the case of mercury. Physicists in 1986 found a family copper- encompassing compounds that superconduct at temperatures as high as 134 K (-139°C), an occurrence known as a leading towering temperature superconductivity whose origination abide one of the extensive mysteries in Science. Recently researchers have discovered a family of high-temperature iron-based superconductors, and there are multitudes of striking superconductors as well.

Although the scientists attempt to synthesize new superconductors by calculating specific properties from the atomic scale up, a team led by Ivan Schuller, a condensed matter physicist at the University of California, San Diego, selected alternatively to screen prevailing mineral samples, both earthly and meteoritic, assembled by the Smithsonian Institution in Washington, D.C.