Why does it rain diamonds on Jupiter?
We looked at a few proposed explanations for the rain of diamonds on Jupiter and found out that meteor showers might not be the source of these “diamonds from space.” The most plausible explanation for the rain of diamonds on Jupiter is that the planet’s large magnetic field acts as a magnet to attract small metallic particles floating in the upper atmosphere. These small metallic particles are attracted to the magnetic field until they reach a point where they are unable to move any further towards the center of
Why does it rain diamonds on the moon?
It rains on the moon about one cubic meter of silica every year – so much that it would cover the entire surface of the Moon in a layer 16 feet thick! But it doesn’t rain snow or ice on the Moon; instead, it rains silica. The same stuff that makes up sand makes up the surface of the Moon, and the water in the silica is in the form of “nanodiamonds.”
Why does it rain diamonds in Jupiter?
If you have looked up at the sky lately, you may have noticed something unusual: a handful of small, bright points of light. Those are actually “small worlds” made of frozen gas and dust. They are called “meteors” and are the source of the beautiful streaks of light streaking across the night sky.
Why does it rain diamonds on Jupiter's moons?
It's long been suspected that the harsh environment of the gas giant's upper atmosphere is home to diamond-spewing volcanoes. A few years ago, a spacecraft named Juno arrived at Jupiter to investigate. During two flybys, Juno detected bursts of charged particles from the north and south poles that looked as if they were coming from an active eruption. In addition, it spotted a huge plume of gas shooting up from the south pole along with a few small, bright spots.
Why does it rain diamonds on Jupiter?
A cosmic rainstorm on Jupiter is not the kind of thing you see every day. But, according to NASA’s Juno mission, the large gas planet is apparently covered in neon ice crystals, which fall from the clouds as rain. The H-shaped storm is located in the northern hemisphere of Jupiter and is about 20,000 miles wide. This storm is one of the brightest on Jupiter and has been visible to amateur astronomers since the mid-1800s.