NASA just discovered 219 planets—10 of them could contain life

NASA today declared the disclosure of 10 planets that could conceivably bolster life. The Kepler space telescope, NASA's planet-chasing shuttle, discovered 219 potential planets close to the Cygnus heavenly body in our Smooth Way. Of those, 10 are rough "Goldilocks planets" that fall inside the tenable zone, in which water could pool on the surface of a planet. Researchers say they are 90 percent beyond any doubt these are planets circling different stars.

NASA today declared the disclosure of 10 planets that could possibly bolster life. The Kepler space telescope, NASA's planet-chasing rocket, discovered 219 potential planets close to the Cygnus heavenly body in our Smooth Way. Of those, 10 are rough "Goldilocks planets" that fall inside the tenable zone, in which water could pool on the surface of a planet. Researchers say they are 90 percent beyond any doubt these are planets circling different stars. 

A considerable lot of the conceivably Earth-like planets are believed to be sea universes, and to contain an air made of hydrogen and helium. NASA guarantees the disclosure is the most "complete and itemized index arrival of competitor exoplanets, which are planets outside our close planetary system, from Kepler's initial four years of information." 

The Kepler telescope was made to discover Earth-like planets in zones where temperatures are perfect for supporting life. The new inventory discharge brings its aggregate make up for lost time to 4,034 potential planets, of which 2,335 are checked exoplanets and about 50 are close Earth measure livable zone applicants. 

"The Kepler informational index is one of a kind, as it is the just a single containing a populace of these close Earth-analogs–planets with generally an indistinguishable size and circle from Earth," said Mario Perez, Kepler program researcher in the Astronomy Division of NASA's Science Mission Directorate. "Understanding their recurrence in the universe will help educate the outline of future NASA missions to straightforwardly picture another Earth."