Water Is Trapped in Glass Beads on the Moon’s Surface, Lunar Samples Show Lunar Samples Show

Trillions of pounds of water may be strewn across the moon, trapped in tiny glass beads that could have formed when asteroids struck the lunar surface, according to a new study.The findings, laid out in a study published in the journal Nature Geoscien…

Trillions of pounds of water may be strewn across the moon, trapped in tiny glass beads that could have formed when asteroids struck the lunar surface, according to a new study.

The findings, laid out in a study published in the journal Nature Geoscience, were pieced together by scientists in China who analyzed the first lunar soil samples to be returned to Earth since the 1970s.

The research points to an answer for a question scientists have been pondering for years as they’ve attempted to pin down exactly how water is stored on the moon — especially in regions outside the lunar poles, where water ice may exist in greater abundance.

Essentially, the study fills in some gaps in a theory about a lunar water cycle.

“To sustain a water cycle at the surface of the Moon, there should be a hydrated layer (reservoir) at depth in lunar soils,” according to the study. “However, finding this water reservoir has remained elusive, despite several studies having investigated the water inventory of fine mineral grains in lunar soils.”

The authors of the latest study set out to identify a potential water reservoir by further investigating the glass beads formed during impact by asteroids. And the team found the tiny glass objects were embedded with substantial amounts of water.

The lunar soil sample analyzed for this study was collected by China’s Chang’e-5 mission, which made a soft landing on the moon’s Earth-facing northwest corner and carried regolith samples back home in 2020.

From those samples, researchers from several institutions in China, including Nanjing University and the Chinese Academy of Sciences, handpicked 150 grains to study, ranging in size from about 50 micrometers — or the width of a human hair — to about 1 millimeter.

The theory proposed by this latest research is that these glass beads, formed in ancient times, can be imbued with water when they’re hit with solar winds, which carry hydrogen and oxygen from the sun’s atmosphere across the solar system. In fact, it could be how more than 270 trillion kilograms (600 trillion pounds) of water is stored across the moon.

The findings build on research from NASA that suggested water is present on the sunlit side of the moon. Scientists have been searching for more information about how that water was stored. (One study that was published in 2020 — which relied on data collected by NASA’s Stratospheric Observatory for Infrared Astronomy airborne telescope, or SOFIA — suggested the water detected on the moon’s surface was stored in glass).

Scientists have theorized there may be large deposits of water ice at the moon’s poles since the Apollo era and NASA plans to send astronauts to explore the area as part of its Artemis program, which aims to send humans to the lunar south pole later this decade.

Source: Oman News Agency

Total
0
Shares
Previous Article

ROSEN, SKILLED INVESTOR COUNSEL, Encourages DraftKings Inc. Investors with Losses to Secure Counsel Before Important Deadline – DKNG

Next Article

ROSEN, A HIGHLY RECOGNIZED LAW FIRM, Encourages Hesai Group Investors to Inquire About Securities Class Action Investigation – HSAI

Related Posts

Israel continues bombarding Gaza for 85th day

GAZA: The Israeli aerial, ground and sea bombardment continued today in various parts of the Gaza Strip for the 85th day of the aggression. The occupation warplanes bombed a house in the Nuseirat refugee camp in the central Gaza Strip, leaving severa...

Israeli forces kill Palestinian during raid in Ramallah

RAMALLAH: A Palestinian youth was killed, and 14 others were injured, after they were shot by Israeli occupation forces, at dawn on Thursday, during confrontations that broke out in the vicinity of Al-Manara Roundabout in the center of Ramallah. Medi...