What lurks beneath the volcanoes of Jupiter's moon Io? NASA's Juno probe just took a peek The subsurface findings could transform how scientists study volcanoes across the solar system — including those on Earth. Space · Jul 24
Jupiter's 'tormented moon' Io just unleashed the most powerful volcanic event ever seen NASA's Juno spacecraft has discovered a giant volcanic hot spot on the surface of Jupiter's hellish moon Io. The eruptions in this area are chucking out six times the energy being produced by all Earth's power stations, researchers say. LiveScience · Feb 4, 2025
Heavy volcanic eruption on Jupiter's Io The Juno probe spotted some incredible volcanic activity on Io, our solar system’s most volcanic moon Salon · Feb 3, 2025
NASA's Juno spacecraft watches most powerful volcanic event ever seen on Jupiter's moon Io NASA's Juno spacecraft has spotted the most powerful volcanic eruption ever seen on the solar system's most volcanic body, the Jovian moon Io. Space · Jan 31, 2025
NASA solves 44-year-old mystery of why Jupiter's Io is so volcanically active Io is the most volcanically active world in our solar system. Now, NASA scientists have revealed how and why. LiveScience · Dec 16, 2024
NASA’s Juno Spacecraft Delivered A Spectacular Aerial View From Io, Including Mountains And A Lava Lake Io has been studied by the Pioneer and Voyager probes in the 1970s and the Galileo spacecraft in the 1990s, but only now with Juno we can finally have such detailed images of the surface. The post NASA’s Juno Spacecraft Delivered A Spectacular Aerial View From Io, Including Mountains And… Bored Panda · Apr 26, 2024
NASA's Juno Reveals Stunning Features On Jupiter's Moon Io Explore Juno spacecraft's close encounters with Jupiter's moon Io, unveiling its active volcanoes and massive lava lake. Top News · Apr 23, 2024
NASA reveals 'glass-smooth lake of cooling lava' on surface of Jupiter's moon Io The volcanic surface of Jupiter's huge moon Io got a stunning close-up thanks to NASA's Juno mission. LiveScience · Apr 21, 2024
NASA's Juno probe captures amazing views of Jupiter's volcanic moon Io (video) NASA's Juno probe continues to give us more insight into Jupiter and the giant planet's moons, including Io, the most volcanically active object in the solar system. Space · Apr 19, 2024
NASA's Juno spacecraft will get its closest look yet at Jupiter's moon Io on Dec. 30 NASA's Juno spacecraft will come closer to Jupiter's moon Io on Dec. 30 than any spacecraft has in 20 years, getting a good look at the solar system's most volcanic body. Space · Dec 29, 2023
NASA's Juno Jupiter probe to get closest view of volcanic moon Io on July 30 NASA's solar-powered spacecraft, Juno, will take another spin past Jupiter's moon Io on Sunday (July 30) with its 52nd pass being its closest approach to the volcanic moon yet. Space · Jul 28, 2023
Courageous tot thinks cancer is 'monster in her tummy' ahead of super fundraising weekend Ava Bolton is set for a bumper Bank Holiday weekend of fundraising Daily Record · May 23, 2023
See Jupiter's volcanic moon Io glow red-hot in incredible images from NASA's Juno probe NASA's Juno mission made its 51st flyby of the gas giant planet Jupiter and its moons, catching stunning images of Io, the most volcanic world in the solar system. Space · May 22, 2023
Behold! NASA Releases Stunning Images of Jupiter's Fiery Moon Io NASA sailed its Juno spacecraft to Jupiter's volcanic moon, Io. Inverse · May 20, 2023
Inverse · Apr 12, 2023 What Lies Beneath the Ice of Jupiter's Moons? Two Missions Will Investigate Europe's JUICE and NASA's Europa Clipper spacecraft will soon launch to Jupiter to study its icy and possibly habitable moons.
ABC News · Sep 28, 2022 NASA's Juno spacecraft to fly by Jupiter's icy 'ocean' moon Europa tonight The Juno spacecraft will get the most detailed snapshots yet of Jupiter's moon Europa as it flies by tonight. And you can help process the images.
Inverse · Jul 7, 2022 Jupiter's core hides a disturbing cannibal past — study New evidence from the Juno probe shows Jupiter ingesting large quantities of planetesimals, which could explain its unusual core.