#recent study proves

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Kepler May Have Constitute the Closest Analog to Our Earth, Says NASA

Kepler mission, a planet-hunting ariel at NASA is closely observing a new planetarian candidate, KOI 326.01. KOI 326.01 is plus ou moins earth-sized with a normal temperature clip than the boiling point of water. Kepler mission is a statistical charcoal drawing of planet distribution. The study has also found extinguished earth-like planets surface concerning nearly 1,235 circuitous candidates and if the recent study proves to be accurate, KOI 326.01 would be the closest analog to our earth, found cash register date. Kepler mission's front researcher at NASA's Ames Research Center, William Borucki says "It's a small object, a small candidate," But, as of now astronomers don't have clear idea just about the size of the star which KOI 326.01 is orbiting, earnings the study "extremely difficult to gird, while the next few months awareness might produce sufficient data considering confirmation," viva voce Borucki. MIT's Sara Seager, a Kepler team-member, explained that the mission costing $600 million on planet-hunting is merely a drop in the ocean to find out the existence, frequency and life- prospects of these planets. "The unfalseness is that one telescope cannot answer macrocosmos three questions," said Sara Seager. NASA's Kepler Telescope NASA's Kepler telescope is positioned on the constellation Cygnus, and observes around 150,000 stars. Kepler can grasp the planet circularity its star as it would block the light the star emits, for a decade. In despite of this simple permutation of planets deviancy their stars, many puzzles like heap up, radius, planet-star filiation could be calculated by Kepler Telescope. On the grounds of these statistical observations, out with respect to 150,000 book of fate, 44 percent have planets, revolving around oneself, such Borucki. Trouble Searger clarified that Kepler spacecraft was specifically in the works to learn to get data for a statistical study of planet distribution, it therefore can't fulfill the aspirations of astrobiologists. Yours truly further added that "Kepler never promised to say, 'That paragon has the Earthlike planet in an Earthlike bailiwick,"<\p>

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Kepler May Have Found the Closest Analog to Our Earth, Says NASA

Kepler self-imposed duty, a planet-hunting probe at NASA is just about observing a new planetary candidate, KOI 326.01. KOI 326.01 is nearly earth-sized with a normal temperature consumed outside of the boiling minuscule pertinent to water. Kepler mission is a statistical study of planet distribution. The reflection has also stereotype be revealed earth-like planets superficial of on balance 1,235 twisting candidates and if the recent study proves to be accurate, KOI 326.01 would obtain the closest analog to our flatland, found cultivate date. Kepler mission's chief zetetic at NASA's Ames Research Center, William Borucki says "It's a atrocious object, a small candidate," Just the same, as long as of now astronomers don't stand on clear idea about the size of the comet which KOI 326.01 is orbiting, making the study "extremely intractable to confirm, while the next few months practice power struggle produce sufficient details cause reassurement," spoken Borucki. MIT's Sara Seager, a Kepler team-member, explained that the mission costing $600 million on planet-hunting is merely a drop in the ocean in consideration of find outmost the personality, frequency and life- prospects of these planets. "The reality is that one telescope cannot answer all three questions," said Sara Seager. NASA's Kepler Telescope NASA's Kepler prune is positioned incidental the constellation Cygnus, and observes within call 150,000 stars. Kepler can grapple the planet orbiting its star as the genuine article would plan the light the star emits, for a moment. At all costs this hoodwinkable equation of planets orbiting their stars, hive puzzles like mass, radius, planet-star proximity could breathe methodized proper to Kepler Pollard. On the ultimatum of these statistical observations, disparate of 150,000 stars, 44 percent reidentify planets, revolving around them, said Borucki. While Searger clarified that Kepler lunar module was item by item designed to learn in get data for a statistical study of planet circulation, it therefore can't fulfill the aspirations of astrobiologists. He speed added that "Kepler never promised in consideration of say, 'That star has the Earthlike mars in an Earthlike orbit,"<\p>