Using the James Webb Space Telescope, astronomers have made the shock discovery that giant rogue exoplanets can grow their ...

These bodies with masses between 13 and 75 times the mass of Jupiter (or 1.3% to 7.5% the mass of the sun) are, therefore, much fainter than regular main sequence stars, despite the fact that some ...

"NIRCam and MIRI coronagraphy has successfully demonstrated the ability to directly image young sub-Jupiter-mass and mature gas giant exoplanets," the authors write. "However, these modes struggle ...

Free-floating, planetary mass objects are bodies with around 13 times the mass of Jupiter that are often found drifting through young star clusters, such as the Trapezium Cluster in Orion.

WASP-107b is nearly the size of Jupiter, but just about one-tenth of the density. The exoplanet weighs about the same as 30 Earths, while Jupiter weighs more than 300, making WASP-107b one of the ...

"This is an ultra-hot Jupiter, and orbits much closer to its star than any other hot Jupiter ever discovered." ...

Your celestial ruler, Mercury, is at odds with Jupiter, creating tension in communication and breakdowns in your one-on-one connections. Whether personally or professionally, misunderstandings are ...

[1] Another serious candidate is the low-mass companion to GQ Lupi, a young T-Tauri star (see ESO PR 09/05). Models lead to a mass for this object between 1 and 42 Jupiter masses. Contacts: ...

However, the most widely accepted theory for the mass extinction is that an asteroid (or, perhaps a comet) at least 10 kilometers in diameter crashed near modern-day Chicxulub on the Yucatán ...

WASP-69b is a Jupiter-size, Saturn-mass gas giant orbiting so close to its star that a full trip around it takes the planet only 3.8 days.