What if you were born into space?

What if you were born into space?

Earth is the source of origin, not just for mankind. We also know that we are all born on earth. None of us were born into space or any other planet and came to this earth. But what if our child were born into space? Can humans or any other living thing be born in outer space? What would a human or a tongue born in space look like if it were born? Of course, our earth is also in space, no matter why we are on earth. We are also floating in space on the surface of the earth. But we are talking about outer space.

A few years ago, a study at The University of Montreal found that "the amazing process of reproduction of plants in the change of gravity." Of course, the process of reproduction of a tree or a plant is different from that of a human being, but it has given us a trick that is to face the challenges we have to face.

In this experiment, an attempt was made to fertilize the sperm of mice on the International Space Station. At the end of the research, it was found that there were no difficulties or abnormalities in the birth of mice. However, in the study, the mice did not breed on the space station, but instead, the sperm cells of the mice were dried in the fridge and taken from the earth to the space station. So of course there is a big difference between humans and mice. Although we haven't been able to find out much from this study, we can still be positive. That experiment was used to fertilize mice, but what if humans could be born into space? What are the challenges we face? And what about the body of a man born in space?

We know that the earth is a large sphere of space made up of tiny particles. Whose gravity is pulling everyone together? Outer space starts from a hundred kilometers above our earth, which we call outer space. With so little spaceflight here, the International Space Station, like a spacecraft, has to deal with very little opposing force and its speed remains the same. Many people here are under the illusion that any astronauts on the International Space Station are at zero gravity. Because they are swimming. But the truth is that they have almost as much gravitational force as we do on earth.

At this point, I would like to give you an example of what would happen if a very tall building was built on earth. The building touches the International Station. Now we tried to reach the international station on foot. When we reach the ISS, we will experience the same gravity as we have experienced on Earth. But you may think that we have seen astronauts floating in the ISS. You might say gravity happens. Now I want to focus on the subject.

If we could build a very tall the building, from which we could go straight to where the International Space The station is, and if we could walk on it, we would feel the same as we do on Earth, but these astronauts are so fluid that 28 They are orbiting the earth at a speed of one thousand kilometers per hour. Its speed is such that it is falling at the same speed where the earth is curving in front of it. That is why it is always falling but never collides with the earth. Think about what would happen if someone was in the elevator and the elevator started to fall down.

 Now whoever is in that elevator, even if he is on earth, will feel for a while that his weight has disappeared. Yes, and that's exactly what astronauts will experience when they're inside the space station. Because the same thing is happening with the space station. So our purpose should be to see in such a situation whether human development can take place properly in a weightless environment or not. The force of gravity on earth is very important for our physical development.

Would it make a big difference if it didn't happen? So we know that gravity on earth will pull down the fluids of our body, like all fluids. And in space, this is not possible. Therefore, it will increase the same amount everywhere in the body. Its effects have been observed in astronauts. Her face is swollen and her knees are dry. But not only that, the effect of all these fluids reaches our brain, from which our brain knows that the amount of fluid in the body has increased and that will reduce blood production.

As a result, astronauts in space may lose 20 to 25 percent of their blood. As a result, the body's immune system and organs like the heart are weakened. If there were bacteria in space, we would soon be sick. What was seen with the lack of blood was that of the astronaut with a lack of blood, the bones and muscles of the astronaut's body also become weak. Because without gravity they do not have the strength to endure. This is exactly the reason why your muscles sink when you leave the gym because the body does not need it. Research on astronauts has shown that bone mass decreases by one percent each month, which can increase by 50 to 60 percent in a few years. In addition, the body loses 5 percent of its muscle mass each month, which can reach a maximum of 20 percent. Therefore, if a human child is developing in space, there is no gravity, so his physical development may look something like this. 

Imagine for a second you were transposed into the karmic driven world of Earl. And when bones grow or break and shake, development is based on another force in the body and not on gravity. Also, don't forget that these children will have very little muscle, will have a thin, sour, and swollen face, and will not be able to develop their brain properly. This can lead to dementia or dementia. But much of what we are saying is based on theory and so far very little has actually been tested. And some tests are scheduled for other times as well. Efforts are being made to gather as much information as possible. This is why it is necessary to know about the limitations of our bodies if we are to settle in human space or another planet in the future.