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The water in asteroid dust can provide clues to life on Earth

A patch of dust recovered by a Japanese space probe from an asteroid about 300 meters from Earth revealed a surprising element: a drop of water.

This discovery provides new support for the theory that life on Earth may have originated from space.

The findings are among the most recent published research from the analysis The Hayabusa-2 probe collected 5.4 grams of rock and dust From the asteroid Ryugu.

“This drop of water has great significance,” Tohoku University chief scientist Tomoki Nakamura told reporters before the research was published in the journal Science on Friday.

“Many researchers believe that the water was brought in [from outer space]But we actually first found water on a near-Earth asteroid, Ryoko.

Hayabusa-2 was launched on its mission to Ryukyu in 2014 and returned two years ago to drop a capsule containing a sample into Earth’s orbit.

The precious payload has already yielded many insights, including organic matter and amino acids, that may have formed some of the building blocks of the Earth, in space.

The team’s latest discovery is a drop of liquid in Ryoko’s sample, which is “carbonated water with salt and organic matter,” Nakamura said.

He said asteroids like Ryugu or his larger asteroid “could have carried water containing salt and organic matter” when they collided with Earth.

“For example, we found evidence that it could be directly related to the origin of the oceans or organic matter on earth.”

Nakamura’s team of around 150 researchers, including 30 from the United States, Great Britain, France, Italy and China, is one of the largest groups analyzing a Ryukyu sample.

The sample is divided into several scientific groups to increase the chances of new discoveries.

Kenji Kobayashi, an astrophysicist and professor at Yokohama National University who was not part of the research team, praised the discovery.

“Finding water in the sample is surprising,” given its fragility and the potential for destruction in space, he said.

“It indicates that the asteroid contained water in liquid form and not just ice, but that water is probably organic matter.”

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