Can life grow on the moon?

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The prospects for human life on the Moon have increased. Scientists have indicated the presence of large amounts of water in the form of ice below the lunar surface, which can be very helpful for future human exploration.

A team at Tohoku University in Japan has found a mineral named moganite in a lunar meteorite found in a desert in northwest Africa. Morganite is a crystal of silicon dioxide formed from alkaline liquids under specific sedimentary conditions on Earth. This mineral has not been found in moonstones before this.

Researchers believe the mineral is formed on the lunar surface in an area known as Procellarum Terrain because the water originally presents in the moon's dust flew away from hard sunlight. Masahiro Kayama of Tohoku University, who led the study, said For the first time we can prove that there is water in the form of ice in the liquid of the moon.

When, why and how will we settle on the moon?

Four decades ago, after the Apollo campaigns, the idea of ​​settling human beings on the moon came to mind, which is still the subject of science fiction.

But astronomer Phil Plate argues that the issue is not whether humans will be able to live there or not, but why it wants to live there and how it will live?

Will man once again stroll across the moon's surface, I have no hesitation in saying yes because it is a matter of the future and in the 1950s who could muster the courage to predict that we will be on the moon land within twenty years Will take off the spacecraft.

But in this case, the answer will probably not be as interesting as the question of when, why and how we will settle on the moon?

I can think of many possible scenarios that would cause us to settle on the moon, such that the economy had such a huge boom that we could invest money in ambitious space exploration programs that cost relatively little, or so that the moon Discover large amounts of natural resource discovery.

In such a situation, it would be a better question that what would be the possible way to settle human settlement on the moon. Today, based on the information we have, I have an idea about this possibility.

Why the moon?

Why should we go to the moon to settle settlements? In the nearly 60-year history of space exploration initiatives, the answer is natural that we have the means of communication, we can forecast the weather, understand the climate changes,

We have global positioning technology, deep knowledge about the Earth and its environment and warnings of potential disasters.

Technology is getting advanced day by day. Infra-red ear thermometers and LED-based instrumentation are being made which will prove to be helpful on the moon.

So space exploration is not only a great idea but it has also made some real changes in life on earth. We have already been on the moon six times.

The Apollo 17 mission was on the moon for the most three days, where there are 38 million square kilometers of land where buildings can be built.

Moon is fascinating and interesting

From the point of view of science, the moon is very enticing and interesting. By the way, we know for sure that the moon is made from the pieces that came out of the earth due to the natural turmoil that took place billions of years ago.

There is no doubt that going to the moon is very expensive. The estimated cost is approximately $ 35 billion. By the way, it is also worth noting that once a person goes there if he starts using the resources available there, then in the long run money will be saved.

We know that there is a large amount of icy water on the moon and oxygen is captured in the rocks. Therefore, the needs of air and water can be met for future citizens of the moon. A lot of work has already been done in this direction and the possibilities look good in the future as well.

There are other reasons for going to the moon - there is the potential to exploit much cheaper energy than helium. There are possibilities for tourism.

There are billions of meteors orbiting between Mars and the planet Jupiter circling the Sun, many such rocks are rotating whose size is equal to football and many times bigger. Most of these rocks also contain water, hydrogen, oxygen and many other valuable metals.

A company called Planetary Resources has already announced its plans to exploit these which will be used for future space missions. Work is expensive but in the long run, it is expected to profit.

NASA is studying how to remove useful objects from meteorites. One idea is that this material can be used to erect some kind of structure in the space at a low cost.

We need a cheap and accessible way to go into space. Recently, the Space X Falcon 9 rocket and Dragon capsule were flown to the International Space Station. These two steps can prove to be very helpful. China, India, and Russia are working hard to spread their feet in space.