3000 Years Old Star Map // Lunar Starship Elevator Test // Io Close Flyby
Fraser Cain・2 minutes read
NASA's Juno spacecraft completed its 57th flyby of Jupiter, ventured to explore Jupiter's moon IO, while Hubble studied changes in the atmosphere of the exoplanet WASP 121b. Archaeologists found ancient stone discs in Italy tracking stars, a giant cyclonic storm observed on WASP 121b, and NASA preparing for the upcoming Artemis 3 mission.
Insights
- Juno spacecraft completed its 57th flyby of Jupiter, utilizing long elliptical orbits to collect data safely despite the planet's radiation, now exploring IO, Jupiter's closest moon, navigating through the hazardous environment of Jupiter's magnetosphere.
- Hubble's observation of exoplanet atmospheres, particularly the hot Jupiter planet WASP 121b, revealed changes over three years, including the detection of a giant cyclonic storm, marking a significant advancement in studying weather patterns on exoplanets.
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Recent questions
What is the purpose of NASA's Juno spacecraft?
NASA's Juno spacecraft is designed to gather data on Jupiter's atmosphere and magnetic field by completing flybys of the planet, using long elliptical orbits to avoid the harmful radiation.
What is the significance of Hubble studying exoplanet atmospheres?
Hubble's study of exoplanet atmospheres, such as the hot Jupiter planet WASP 121b, allows astronomers to detect changes in these atmospheres over time, providing insights into weather patterns and atmospheric composition on distant planets.
What did archaeologists discover in Italy related to astronomy?
Archaeologists found ancient stone discs in Italy with chiseled spots matching stars in the sky, dating back to 1800-400 BCE, possibly used for tracking astronomical events like supernovae.
What is the current solar activity trend towards?
Solar activity is increasing towards the solar maximum, with recent powerful solar flares causing auroras visible in Northern and Southern latitudes, indicating heightened solar activity.
What are astronomers observing in the star-forming region 30 Doradus B?
Astronomers are observing a star-forming region called 30 Doradus B in the Large Magellanic Cloud, containing some of the most massive stars believed to be 8 to 10 million years old, showcasing the process of star formation in the universe.
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