NASA's Biggest News: The Possibility of Life on The Moon, Such as Water Exploration

Due to the rainfall of meteorites on the Moon damaged valuable water under its surface, and this has caused damage to the potential sour...

Due to the rainfall of meteorites on the Moon damaged valuable water under its surface, and this has caused damage to the potential source in continuous long-term human search work. NASA researchers have given this information. In this regard, it is said that in the scientific model developed, it may be that due to the fall of meteorites, the water present on the moon has become steam, although the scientist has not fully investigated this idea.
NASA and researchers from the Johns Hopkins University Applied Physics Laboratory of America found out many such incidents from the data collected by NASA's Lunar Atmosphere and the Dust Environment Explorer (LADE). LADE was a robotic campaign. It circled in the orbit of the moon collecting detailed information about the structure of the Moon's rare atmosphere and the spread of dust in the moon's sky.
This study was published in 'Nature Geoscience'. The head writer of the study, Mehdi Benna of NASA's Goddard Space Flight Center in the US said, "We have discovered many such incidents. They are known as meteorite streams. However, the shocking fact is that we have found evidence of four streams of meteorites, which we were previously unknown. '
There is evidence that there is a presence of water and hydroxyl on the Moon. Although the debate over the water on the moon is continuously continuing. Richard Elphic of the LADE project at NASA's Ames Research Center in the US said, "There is not a significant amount of water or hydroxyl in the Moon's atmosphere." Elphic said in a statement, "But when the moon comes under the influence of any of these meteorite streams, the vapor is released in such quantity that we can detect. Water or hydroxyl also disappears when the event is complete. ' It further states that in order to take the water out of the surface, meteoroids have to enter at least eight centimeters below the surface.