Voyager 2/ISS images of Uranus and Neptune released shortly after the Voyager 2 flybys in 1986 and 1989, respectively, compared with a reprocessing of the individual filter images in this study to ...

The existence of these hidden oceans on Neptune and Uranus, as well as a lack of mixing within their interiors, a key feature in generating planetary magnetic fields, may hold the answer to why.

In 1986 and 1989, Voyager 2 made the final two stops on its grand tour of the outer solar system when it swept by Uranus and Neptune, respectively. Now, nearly 40 years later, ...

While examining the patterns of history in the U.S., it is notable that when Uranus was in Gemini, the country was at war.

Ahead of Uranus entering Gemini on July 7, astrologer Aliza Kelly revealed what to expect during this seven-year switch and how the phenomenon will impact you personally.

The hidden moons were discovered orbiting Uranus and Neptune, and the discovery brings the moon counts for these planets to 28 and 16, respectively. The discovery of these hidden moons is both ...

Uranus’ shifting colors can be partly explained by atmospheric methane. Because methane absorbs red and green light, the equator ends up reflecting more blue light; by contrast, the poles, which ...

These NASA images of Uranus (left) and Neptune were taken by the Voyager 2 spacecraft, with models of the planets' interior structures seen in the inset.

Uranus and Neptune are not the colour we tend to think they are, scientist have said.. Generally, Neptune is depicted as a rich, deep blue. Uranus is usually seen as a pale green or cyan. In fact ...

In the case of Uranus, the core is the size of Mercury, and Neptune’s is slightly larger, more Mars-size. Previously, scientists had thought the interiors of the two planets would be more mixed.

A 1986 image of Uranus and a 1989 image of Neptune released shortly after each Voyager 2 flyby, compared with the study’s reprocessed images of the planets that better approximate their true colors.