All articles tagged with #hip 67522 b
A young star system with a Jupiter-sized exoplanet, HIP 67522 b, shows unprecedented energetic flares likely triggered by the planet's magnetic influence, leading to rapid atmospheric erosion and potential transformation into a smaller planet over 100 million years.
Astronomers using Cheops and TESS have discovered that the exoplanet HIP 67522 b, which orbits a young, active star, appears to trigger intense stellar flares that erode its wispy atmosphere, potentially leading to its transformation from a Jupiter-sized to a Neptune-sized planet within 100 million years, marking the first evidence of a planet influencing its host star's magnetic activity.
Astronomers have observed a Jupiter-sized exoplanet, HIP 67522 b, so close to its star that it triggers intense stellar flares, causing the star to erupt and potentially shrinking the planet over time, marking a first in observing a planet influencing its host star.
Astronomers have discovered a unique exoplanet, HIP 67522 b, that orbits its young star so closely that it triggers massive stellar flares through magnetic interactions, leading to its own destruction by intense radiation, marking a new phenomenon in star-planet dynamics.
Astronomers have observed a Jupiter-sized exoplanet, HIP 67522 b, so close to its star that it triggers intense stellar flares, causing the star to explode and gradually strip away the planet's atmosphere, marking a new phenomenon in star-planet interactions.