NASA’s Spitzer Space Telescope recently spotted a surprisingly large amount of dust around three mature, close-orbiting star pairs. Where did the dust come from? Astronomers say it might be the aftermath of tremendous planetary collisions.
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Smithsonian scientist Tom Watters explores the universe. His most recent discovery the moon is shrinking. Watch the video to learn more about his research. [...more]
A team of scientists has managed to get a clearer look into the turbulent and murky environment of a stellar nursery in the constellation Perseus. The result is the first observation ever of a critical step in the creation of stars.
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It seems the stuff of science fiction, but astronomers have found a real-life “Death Star” that shredded a rocky planet and is swallowing the dusty remains.
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This innovative facility will be at the front line of Earth defense by searching for "killer" asteroids and comets. It will map large portions of the sky nightly, making it an efficient sleuth for not just asteroids but also supernovae and other variable objects. [...more]
The Smithsonian Astrophysical Observatory is a major partner in the Atmospheric Imaging Assembly, which is a group of four telescopes on NASA's Solar Dynamics Observatory that photograph the sun in 10 different wavelength bands, or colors, once every 10 seconds. [...more]
Eric Silver of SAO is pursuing innovative and interdisciplinary uses of his technique for chemical imaging at the cellular level.
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"Just like mirrors in a changing room show you a clothing outfit from all sides, interstellar dust clouds act like mirrors to show us different sides of the supernova," Rest explains.
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