NASA's Juno mission is exploring Jupiter from orbit, beaming back amazing photos, atmospheric data and other observations about the largest planet in our solar system. The Juno probe launched Aug. 5, 2011 and arrived in orbit around Jupiter on July 4, 2016. It is the farthest space probe ever to be powered by solar arrays. The $1.1 billion mission is expected to run through July 2021, but the science of Jupiter it returns will last a lifetime. Learn more about Juno's Jupiter discoveries here.
NASA's Juno spacecraft made another pass over Jupiter's surface late last month, and the data is back — including this stunning view of two enormous storms swirling across the gas giant.
NASA's Juno spacecraft has captured an intriguing image of a volcanic plume straddling the line between day and night on Jupiter's notoriously eruptive moon Io.
Science and art each teach us to see the world in a different way — and Candice Hansen is living in both those worlds simultaneously, thanks to her role leading JunoCam.
NASA is back to one of its favorite hobbies — otherworldly cloud gazing — thanks to the Juno spacecraft currently in orbit around Jupiter.
Jupiter and Earth may look like two completely different planets, but the planets' atmospheres seem to have something in common, new images from NASA's Juno mission have revealed.
NASA's Juno spacecraft caught a quick glimpse of a "brown barge" emerging from the silky bands across Jupiter's southern hemisphere.
A stunning series of photographs captured by NASA's Juno spacecraft highlights the complicated dynamics of Jupiter's atmosphere.
NASA's solar-powered probe will give us a better idea of Jupiter's weather, magnetic field and formation history.
Watching the clouds go by here on Earth is entertaining, but now we have an even better view of some stunning clouds on another world — Jupiter.
NASA's Jupiter-orbiting Juno spacecraft may have just boosted the already-impressive volcano tally on the gas giant's lava-spewing moon Io.
New research shows the closest-ever views of features in Jupiter's swirling auroras, revealing the complicated footprints left by its moons Io and Ganymede.