Revisiting old data from Voyager 2, scientists have worked out how a dense, shocked region of the solar wind could have ...

To date, the Voyager 2 probe has provided the only direct measurements of the radiation environment at Uranus. This led to ...

The journey of Voyager I and II beyond the orbit of Neptune. Joe Burrow had extremely blunt comments after Bengals’ shutout ...

Nearly four decades after Voyager 2 skimmed past Uranus, a fresh look at its measurements is reshaping what scientists ...

Powerful waves unleashed by solar storms could be the key to understanding extreme radiation. (SwRI) researchers now think ...

Although they are technically gas giants, Uranus and Neptune are referred to as "ice giants" due to their composition.

New models suggest Uranus and Neptune may hold far more rock than expected, raising questions about how these distant planets formed.

Recent research suggests that Uranus and Neptune, long classified as “ice giants,” might instead be rock giants.

Fresh simulations show there is a chance Uranus and Neptune might actually be rock-rich worlds wrapped in thinner icy layers.

Voyager 1, NASA’s deep-space probe, could soon become the first spacecraft to reach a historic milestone. In November 2026, the probe will be one light-day from Earth.

New study of Voyager 2 data shows Uranus experienced a solar wind event during the 1986 flyby, helping explain unusual magnetosphere readings ...

Forty years ago, Voyager imaged Uranus and presented the world with a new mystery. Upon further inspection, it may have just ...