Juno Nasa

• 

  NASA Juno Mission Uncovers Subtle Geometric Shifts That Challenge Existing Models of the Jovian Interior

  Scientists have refined Jupiter’s size and shape using modern radio signal observations, finding the giant planet slightly smaller and more flattened than earlier estimates. Though the difference is only a few kilometres, researchers say it greatly improves models of Jupiter’s interior, gravity, and atmospheric structure, offering deeper insigh...

• 

  Jupiter Is Smaller and Flatter Than Previously Thought, NASA's Juno Reveals

  New data from NASA's Juno spacecraft shows that Jupiter is smaller and flatter than previously believed.

• 

  NASA’s Juno Probe Faces Silence as Mission Ends Amid Government Shutdown

  NASA’s Juno probe, orbiting Jupiter since 2016, may have stopped operating after its latest extension expired during the U.S. government shutdown. The mission, which unveiled Jupiter’s interior, polar storms, and moons, awaits confirmation—though NASA cannot verify its status until funding and communications resume.

• 

  NASA's Juno Probe Unlocked Mysteries Of Jupiter, But It May Already Be Dead

  The mission was extended until September 2025, allowing for additional orbits and flybys of Jupiter's moons like Ganymede, Europa and Io.

• 

  NASA’s Juno Spacecraft Detects Callisto’s Aurora, Completing Jupiter’s Galilean Moons Set

  NASA’s Juno spacecraft has captured Callisto’s elusive auroral footprint, completing the “family portrait” of Jupiter’s Galilean moons. Each moon carves its own aurora into the gas giant’s poles, revealing how they interact with Jupiter’s powerful magnetosphere. Callisto’s faint arc appeared during a 2019 flyby, finally confirming i...

• 

  Researchers Discover New Plasma Wave in Jupiter’s Auroral Skies

  Scientists at the University of Minnesota Twin Cities have detected a new plasma wave in Jupiter’s aurora using NASA’s Juno spacecraft. The finding, published in Physical Review Letters, reveals how Jupiter’s magnetic field shapes auroral activity differently from Earth. The study opens new directions for understanding planetary auroras and m...

• 

  NASA Reveals How It Fixed A Camera 370-Million-Miles Away In Deep Space

  The technique has implications for future space missions, showing the potential for remote diagnostics and repair in deep space.

• 

  Unusual Plasma Waves Above Jupiter’s North Pole Can Possibly Be Explained

  The presence of unusual plasma waves at Jupiter’s North Pole, detected by NASA’s Juno Spacecraft, has been explained by a group of scientists from the University of Minnesota. The team was led by Rober Lysak, wherein findings have resulted in the identification of the new types of plasma waves.

• 

  NASA Engineers Rescue JunoCam with Deep-Space Heating Hack

  NASA’s JunoCam, once believed nearly lost to Jupiter’s intense radiation, has made a stunning comeback thanks to a bold experiment. Engineers used a process called annealing—heating the camera from afar—to reverse internal damage and restore image clarity. Just in time for a close flyby of the volcanic moon Io, the camera delivered detailed...

• 

  Juno Mission Sheds Light on Jupiter’s Storms and Volcanic Activity on Io

  NASA’s Juno probe has uncovered colliding cyclones circling Jupiter’s north pole and flowing magma beneath the crust of its volcanic moon Io. Using thermal and microwave instruments, scientists have tracked atmospheric chaos and subsurface lava flows, offering new insights into the Jovian system’s extreme weather and volcanic activity. These ...