The Closest Images Ever Taken of Jupiter in 4K
V101 SPACE・2 minutes read
NASA's Juno spacecraft is actively studying Jupiter, revealing detailed views of the gas giant, with its design allowing it to withstand intense radiation and collect massive amounts of scientific data, including gravity measurements showing the depth of atmospheric bands and the presence of violent storms. The spacecraft has provided valuable insights into Jupiter's weather phenomena, including the famous Great Red Spot, lightning occurring at higher altitudes, chaotic storms at the poles, and dynamic cloud shapes across the planet, leading to new discoveries and intriguing scientists.
Insights
- Juno spacecraft, through its close orbits and advanced design, has provided unprecedented insights into Jupiter's atmosphere, showcasing deep atmospheric bands, long-lasting storms, and intriguing cloud formations.
- The scientific data collected by Juno has revealed detailed characteristics of Jupiter's weather phenomena, such as the high-altitude lightning due to ammonia, chaotic storms at the poles, and the intricate dynamics of cloud shapes, offering valuable information for further scientific study.
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Recent questions
What is NASA's Juno spacecraft studying?
Jupiter
When did Juno arrive at Jupiter?
July 2016
What is the Great Red Spot on Jupiter?
A storm
Why does lightning on Jupiter occur at higher altitudes?
Ammonia in clouds
How many close orbits has Juno completed around Jupiter?
56
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Summary
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Juno spacecraft reveals Jupiter's secrets
- NASA's Juno spacecraft is currently studying Jupiter, flying closer than any other spacecraft and capturing detailed views of the gas giant.
- Juno arrived at Jupiter in July 2016 after a 5-year, 2.8 billion kilometer journey, collecting over three terabits of scientific data during its Prime mission.
- Juno's design allows it to withstand Jupiter's intense radiation, completing 56 close orbits and revealing Jupiter's thick atmosphere organized into belts and zones.
- Juno's gravity measurements have shown that Jupiter's atmospheric bands extend deep into the planet, with violent rotating vortexes and storms lasting for years.
- The famous Great Red Spot on Jupiter, a 16,000 km wide storm, showcases high clouds at the center, deep swirls rotating counterclockwise, and gravity waves.
- Lightning on Jupiter occurs at higher altitudes due to ammonia in the clouds, while chaotic storms at the poles and dynamic cloud shapes across the planet intrigue scientists.
