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An international team of astronomers has found a new super-Earth exoplanet, TOI-1846 b, using NASA 's Transiting Exoplanet ...
26 天
Space.com on MSNA hidden 'super-Earth' exoplanet is dipping in and out of its habitable zoneThe discovery of the exoplanet, a super-Earth called Kepler-735c, is all down to something called transit timing variations, ...
5月
The Brighterside of News on MSNNew super-Earth discovery will help astronomers search for life in the Universe - MSNHD 20794 d is a super-Earth, a rocky planet larger than Earth but smaller than Neptune. It orbits a G-type star similar to ...
A super-Earth with extreme climatic conditions has been identified 2,472 light-years from our planet. This world, named Kepler-735c, has the unique characteristic of being habitable only during ...
A super-Earth with extreme climatic conditions has been identified 2,472 light-years from our planet. This world, named Kepler-735c, has the unique characteristic of being habitable only during part ...
Super-Earths can exist in wider orbits around their parent stars than was previously believed, suggesting these Earth-like exoplanets could be more common than we thought.
This is the background to the discovery of super-Earth HD 20794 d by an international team. The new planet lies in an eccentric orbit, so that it oscillates in and out of its star's habitable zone.
A super-Earth, Kepler-725c, about 10 times Earth's mass, has been detected in the habitable zone of a sun-like star using the Transit Timing Variation (TTV) technique.
A super-Earth just beyond Mars would throw all the smaller rocky worlds of the inner solar system completely out of whack; the super-Earth's gravity would push and pull the other planets into ...
An international research team led by the Yunnan Astronomical Observatory of the Chinese Academy of Sciences announced the discovery of a “super-Earth,” offering fresh clues in the search for ...
Super-Earth discovery reveals an exoplanet potentially capable of sustaining life. Jan 28, 2025. Could habitable planets orbiting white dwarfs retain their oceans? Maybe. Jan 3, 2025.
Artist’s conception of the K2-360 system, showing the ultra-dense super-Earth K2-360 b (red) in its extremely close orbit around its Sun-like star, with the more distant companion K2-360 c (blue ...
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