NASA for the first time revealed the secret

Scientists had previously questioned that the Moon was formed due to the strong collision between the Earth and a large planet like Mars about 4.5 billion years ago.

However, the mystery of what exists in the "new moon" (early formation) how much more researchers are searching for.

According to scientists, the Moon's "wild pink" atmosphere model has conditions far different from the present. In particular, the surface of the Moon has had major changes such as the formation of "lunar magma sea" in the context of the evaporating atmosphere, the impact of ultrasonic waves and heavy metal series.

The early moon had many differences.(Photo: NASA).

According to researchers at NASA's Goddard Space Center, new research shows the first model of the atmosphere on the Moon during the formation period.

In the experimental simulation model, the dense general magma covers the Moon. After being born, the Moon's surface is eroded, becoming protruding due to the strong impact of the Sun.

During this time, the magma sea on the Moon began to become cold.

At each surface of the Moon, the model shows different conditions and characteristics. The early moon with the atmosphere may be due to volatile molecules such as Sodium. However, it seems very different from the opposite side of the Moon.

On the closest surface to the Earth, the atmosphere is like evaporation due to the planet's radioactivity.

According to the researchers, the difference in temperature will create strong ultrasonic winds that vibrate the lunar magma waves of the Moon.

The existence of this atmosphere may have affected the distribution of some volatile substances and created temperature asymmetry, leading to changes in the flow and cooling of the ocean.

These agents make the surface of the Moon irradiated strongly. When the Moon is cooled, the model shows layers of rock pushed to the surface until they form a "convex" topography .

The surface of the Moon becomes convex.(Photo: Getty Images).

Over time, as the Moon cools, evaporation from the oceans begins to stop, the atmosphere gradually disappears and eventually the magma sea becomes frozen with different mineral components.

The researchers say the process will leave certain traces such as higher sodium concentrations in the rocks found between the two sides of the Moon.

These rocks can not only provide clues about the formation of the Moon but also help researchers identify patterns and elucidate the "distant" atmosphere .

Prabal Saxena, a researcher at NASA's Goddard Space Center, said that at close proximity to the Earth and glowing like a star, the mystery of the early Moon could be the key to understanding. The physical mechanism of other planets.

The analysis and study of rock samples from the Moon can help scientists make new estimates of when the Moon was formed, as well as "intense" fluctuations taking place on this distant planet. old.