Long Studied Star
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Scientists Challenge Black Hole Theory, Say Dark Matter Core May Lie At Centre Of Milky Way
Lead author Valentina Crespi explained that this dense dark matter core could bend light so strongly that it creates a dark region in the centre.
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Kepler Data Reveals Earth-Size Exoplanet on the Edge of Its Star’s Habitable Zone
Scientists studying Kepler telescope data have identified HD 137010 b, a possible Earth-sized planet orbiting a Sun-like star. While the planet follows a year-long orbit and may sit near the habitable zone, limited starlight could leave it colder than Mars. Future observations will determine whether this icy world truly exists.
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Star Formation Could Be Much Faster Than Previously Thought, Study Suggests
Astronomers have long thought that it takes millions of years for a star like our Sun to form completely. But recent observations via the world's largest radio telescope FAST are casting doubt on this long-held belief. The new study has revealed that stars could form much faster than previously thought.
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Scientists Challenge Black Hole Theory, Say Dark Matter Core May Lie At Centre Of Milky Way
Lead author Valentina Crespi explained that this dense dark matter core could bend light so strongly that it creates a dark region in the centre.
-
Kepler Data Reveals Earth-Size Exoplanet on the Edge of Its Star’s Habitable Zone
Scientists studying Kepler telescope data have identified HD 137010 b, a possible Earth-sized planet orbiting a Sun-like star. While the planet follows a year-long orbit and may sit near the habitable zone, limited starlight could leave it colder than Mars. Future observations will determine whether this icy world truly exists.
-
Star Formation Could Be Much Faster Than Previously Thought, Study Suggests
Astronomers have long thought that it takes millions of years for a star like our Sun to form completely. But recent observations via the world's largest radio telescope FAST are casting doubt on this long-held belief. The new study has revealed that stars could form much faster than previously thought.
