The changing process of human migration to Mars

Mars is the most similar planet to the earth. Mars has an off-axis inclination of 25. 19 degrees, which is similar to that of the earth, so there are four seasons. Mars also has an atmosphere. The soil and rocks of Mars are rich in minerals and various compounds, which are also the basic components of life. Mars also has north and south poles, and even the white ice caps at the two poles are like replicas of the white ice caps at the north and south poles of the earth. There are deserts and plains, mountains and canyons on Mars.

NASA has previously discovered that there is a large amount of water frozen in the thick underground ice layer in the north and south poles of Mars. If all the ice melts, it will cover the whole earth. 20 18 The first liquid water lake was discovered on Mars. It is also found that there is liquid water that only appears and flows in warm seasons. Moreover, scientists have found that there are huge water resources inside Mars, which looks like a huge "underground reservoir".

Now many countries and big companies are studying plans to immigrate to Mars. It's only a matter of time before you immigrate to Mars, so people born on Mars will be very different from us after several generations of evolution.

The rotation of Mars is very similar to that of the Earth, with a rotation of 24 hours, 37 minutes and 22.6 seconds. A day and night on Mars is very similar to a day and night on Earth, but slightly longer. But one revolution of Mars is about 687 days, that is to say, one year of Mars is about two years of the earth.

If a person born on Mars says that I am ten years old this year, it is actually equivalent to being twenty years old on earth.

Mars is a planet with low gravity (0.38 gravity of the earth), and its gravity is only one third of that of the earth. After several generations, they will grow very tall. However, low gravity will lead to bone relaxation and decreased muscle density. The atmosphere of Mars is thinner than that of the earth. After evolution, the skin color of Martians will be orange-red because of its super anti-radiation and anti-oxidation ability.

According to the Bible, a group of angels came to the world in violation of God's law. These fallen angels are human, but they are at least three meters high, with slender limbs, huge eyes and no wings. Now some myth researchers think that these fallen angels came from Mars. Scientists also believe that if a person is born on Mars, it is very similar to fallen angels's description. According to research data, the astronauts who have lived in the space station have grown 5 to 7 centimeters on average. After living on Mars for several generations, you will grow tall and thin, with a bigger head and slender limbs. Eyes will also get bigger, because Mars is farther away from the sun. The intensity of sunlight on Mars is only half that on Earth, and the sunny days there look like cloudy days on Earth, so the human visual system will evolve to receive more light, such as completely different retinas or bigger eyes.

With the continuous change of time, the genetic structure of people from Mars has also evolved in a direction that is conducive to their own integration into the living environment, so genes will mutate, and under such conditions, gene protection has emerged. That is to say, there is reproductive isolation, and it is impossible to intermarry with the earth people and reproduce. This means that new species have evolved.

Mount Olympus on Mars is the highest mountain in the solar system. Mount Olympus is 2 1 287 meters higher than the datum level, which is 2.5 times that of Mount Everest. Mount Olympus covers an area of about 300,000 square kilometers, which is equivalent to the size of the whole Italian territory. People who like to climb mountains will have a good time on Mars, but for such a high mountain peak, they have to bring oxygen bottles.

Mars has two natural satellites: Phobos and Phobos, so Martians can see two moons at night. These two months are relative.

The gravity of Mars is only one third of that of the Earth, which means that once a large-scale infrastructure, such as a global railway system and a super factory, is established to develop a large-scale intelligent industry, the scale and maintenance difficulty will be much lower than that of the Earth. It is also less difficult to carry out space activities on Mars than on Earth: the gravity is small, and the interference from the sun's gravity is small.