Never-before-seen temperature and ion density measurements reveal that the effect of Jupiter's moons on its aurora are more complicated than scientists thought.

Observations from the James Webb Space Telescope show how Jupiter reacts to its moons through auroral footprints, plasma interactions, and rapid electron flows detected in infrared measurements.

Using the Webb telescope, scientists discovered an unexpectedly cold, dense region within Io’s auroral footprint in Jupiter’s northern lights.

Add Yahoo as a preferred source to see more of our stories on Google. When you buy through links on our articles, Future and its syndication partners may earn a commission. NASA's Juno spacecraft ...

An international team of scientists, led by a PhD researcher from Northumbria University, has made groundbreaking discoveries ...

North East researchers have used the James Webb Space Telescope to uncover unexpectedly complex behaviour in Jupiter’s ...

NASA's James Webb Telescope has captured auroras on Jupiter that have hundreds of times more energy than those here on Earth. Jupiter's auroras are like the "Northern Lights, but way bigger!" NASA ...

Caltech researchers have developed a new simulation of the hydrological cycle on Jupiter, modeling how water vapor condenses into clouds and falls as rain throughout the giant planet's swirled, ...

NASA’s Juno spacecraft peered deep beneath Jupiter’s thick cloud cover to offer new insights into one of the solar systems most long lived weather patterns. Data from the mission launched 14 years ago ...

Astronomy textbooks worldwide may need updating after scientists announced a surprising discovery about Jupiter.

The weather forecast for Jupiter calls for clouds with a chance of lightning and "mushballs"—a slushy mix of ammonia and water encased in a hard water ice shell that rain down like hail here on Earth.