A lone spacecraft's visit to Uranus may have left us with the complete wrong impression of the ice giant for nearly 40 years. The strange, sideways-rotating planet – the third largest in our solar ...

Scientists may have solved a long-standing mystery surrounding Uranus' extraordinarily strong radiation belt. A new analysis of Voyager 2 data suggests that a temporary space weather event may have ...

When you buy through links on our articles, Future and its syndication partners may earn a commission. Much of what we understand about Uranus comes from data gathered by NASA's Voyager 2 spacecraft.

NASA's Voyager mission beamed back unprecedented views. It also sent back some mysteries. One of these came in 1986, when the Voyager 2 probe — one of a duo of Voyager craft sent into deep space — ...

A flyby of Uranus in 1986 is where we gathered much of our knowledge about the distant ice giant, but new research has found that this may not have been a standard representation of the planet's ...

Some of Uranus’ apparent oddities might be due to bad timing. “We just caught it at this freak moment in time,” says Jamie Jasinski, a space plasma physicist at NASA’s Jet Propulsion Laboratory in ...

When Voyager 2 flew past the ice giant 38 years ago, it revealed a magnetosphere warped by solar winds, a finding uncovered through recent analysis of archival data. Reading time 4 minutes A recent ...

It's been almost 40 years since Voyager 2 flew past Uranus, but its readings from that whistlestop flyby have remained some of the most important for how we understand the planet. But new data from a ...

Everything we know about Uranus’s radiation belts comes from one brief fly-by in 1986, when Voyager 2 passed the planet. For decades, scientists have been puzzled by what Voyager saw: Uranus had a ...

Much of our understanding of Uranus comes from Voyager 2's flyby, which to date remains the only time a spacecraft has visited the planet. Voyager 2's data on the magnetosphere surrounding Uranus has ...