Models for the interior structures of the ice-giant planets Uranus and Neptune have two distinct, intermediate layers: an upper, water-rich convecting layer where disorganized magnetic fields are ...

The ice giant is farther away than Uranus, yet their surface temperatures are remarkably similar. When you purchase through links on our site, we may earn an affiliate commission. Here’s how it works.

Named after co-founders John and Giles’ shared love of the sea, British kitchen brand Neptune continues to make waves with its steadfast design ethos and effortlessly beautiful spaces. There’s a ...

Researchers are investigating an alien version of water inside the strange, icy interiors of Uranus and Neptune. In a new study, scientists have devised a theoretical computer model and used it to ...

Join us for an entertaining look at Space Perspective's innovative Neptune spacecraft, where unforgettable events meet the ...

For some time, researchers have hypothesized that deep inside both Neptune and Uranus, it may be raining diamonds. They have now found evidence showing how it may happen. In the research, an ...

Uranus and Neptune may be hiding slushy hailstones called mushballs deep inside them. These huge clumps of water and ammonia may explain why there is so little ammonia higher up in the ice giants’ ...

NEPTUNE - Huddled inside a blue insulated tent warmed by a propane heater, a woman and two men, each clad in layers of clothing, chatted and joked as a boiling pot of chicken and sweet potatoes sent ...

Move over Jupiter and Saturn, a crap load of diamonds could be found in two of the most mysterious places in the Solar System: Uranus and Neptune. Researchers using the Linac Coherent Light Source at ...

Carbon, oxygen, and nitrogen are some of the easiest heavier elements to form through fusion. As a result, they’re common in our Solar System, typically found combined with hydrogen to make ammonia, ...

Today Lenovo released details about its pending “Neptune” liquid-cooling systems, which will enable data centers to run “up to 50 percent more efficiently, with uncompromising performance while ...