Diamond rains within the interiors of ice giant planets like Uranus and Neptune could be more common than previously ... Save 20% on this early Amazon Prime Day two-in-one Estes model rocket set.

Chinese scientists propose 2033 Neptune orbiter mission Scientists are proposing China’s first ice giant mission, aiming to ...

When NASA’s Voyager 2 mission flew by Neptune in 1989, it found tantalising hints of aurora activity in the ice giant’s clouds. However, scientists were unable to verify the phenomenon at the ...

Neptune has long been depicted as a deeper, darker blue than its fellow ice giant Uranus, ... "We now have a model capable of explaining why those subtle colors are changing," says Fletcher, ...

The detection of Neptune's auroras will help astronomers better understand how particles from the sun interact with its atmosphere, providing a new area of study about ice giant planets.

A new study has found that "diamond rain," a long-hypothesized exotic type of precipitation on ice giant planets, could be more common than previously thought.

Neptune was previously thought to be a dark azure, while Uranus was supposedly a lighter blueish-green. However, the polished images reveal the ice giants are much closer in color to each other ...

Neptune is called an “ice giant” because it’s mostly made of a thick, slushy mix of water, methane, and ammonia, which ...

An exploded view of an ice giant planet such as Uranus or Neptune, with its hidden water-rich ... It is based on simulating the motion of 500 atoms to model the interiors of the two ice giants, ...

The diamonds produced in the experiment were very small, called nanodiamonds, but at around 5,000 miles beneath the surface of an ice giant much larger diamonds could form, where they would fall ...

The first detailed glimpses of the two ice giants on the outer edge of our solar system were made possible by NASA’s Voyager 2 mission, which conducted flybys of Uranus in 1986 and Neptune in 1989.

The detection of Neptune's auroras will help astronomers better understand how particles from the sun interact with its atmosphere, providing a new area of study about ice giant planets.