Chapter 864: ? Crazy try

In a simulated environment with a large screen, the North Pole of Mars was attacked by a nuclear bomb, and a large amount of dust was thrown out, covering the sky and forming a powerful sandstorm.
The Arctic region is not a high-incidence area for Mars' dust storms. Therefore, after a period of time, the dust storm will subside, but the dust covering the sun will be able to land on the ground for a long time.
At this time, the rock layer covering the ice sheet was blown up, and a part of the exposed ice sheet would form water vapor due to the high temperature at the time of the explosion, and finally fell with the dust. Most of the ice caps will liquefy instantly, forming lakes, and the water problem is solved.
There is also a large amount of dry ice under the ice sheet. When heated, these dry ice will fill the local atmosphere, enrich the carbon dioxide content in the atmosphere, and form an important carbon source for future life. "But the North Pole receives very little sunlight, so we need human intervention."
A small sun hanging in the air appears on the big screen. This is an artificial sun formed by controlled nuclear fusion.
The artificial sun can bring temperature to the Arctic, ensure that the lake remains liquid for a long time, and provide temperature and sunlight for photosynthetic bacteria. "We can't turn the entire Mars into a habitable experimental ground. Mars is too big, but we can turn the North Pole into an experimental ground."
The big screen is still demonstrating the transformation of the environment of photosynthetic bacteria.
Photosynthetic bacteria designed according to the Martian environment have a strong adaptability to the Martian environment.
It can reproduce rapidly under the right temperature and sunlight, and it can save itself under extreme conditions.
Even if the artificial sun suddenly disappears due to a failure, and the temperature is instantly reduced to minus 70 to 80 degrees, the photosynthetic bacteria can enter the dormant state to ensure that they will not die. Based on estimates from the Life Science Lab.
An artificial sun covers an area of ​​about 1,000 square kilometers, and photosynthetic bacteria will multiply within this 1,000 square kilometers, completing environmental reconstruction tasks.
Photosynthetic bacteria will fix carbon dioxide in the air and oxygen will appear in the air.
The composition of the atmosphere will approach the Earth, but the content of nitrogen will change from the first place on the planet to the third place on Mars.
From the beginning, the laboratory informed the photosynthetic bacteria that they were companions.
Associated organisms means that when photosynthetic bacteria experience changes in the composition and content of the atmosphere, another climate-adjusting colony within the photosynthetic bacteria colony appears. The colony will cooperate with the Martian plants to regulate the content of various substances in the climate of the atmosphere.
At this time, plants suitable for Mars will appear, and green will appear around the lake.
The plants of Mars are not the same as those of the earth. It is actually an evolutionary version of photosynthetic bacteria and appears to adjust the content of climatic substances.
At this time, manual help is also needed.
On the edge of the Arctic microenvironment, there will be several devices similar to blowers.
The blower may be powered by artificial solar energy.
The role of the blower is to absorb the atmosphere outside the edge zone and spray it into the small environment area.
This is to increase the nitrogen content of the site.
Regulatory bacteria and Martian plants begin to play an atmospheric regulating role, they will adjust the atmospheric environment of the small environment as much as possible to the earth.
In this way, some plants and animals of the earth can survive on Mars, and humans can also migrate on Mars.
This is a way for future immigrants.
The second method is that there is no need to adjust the climate, only the photosynthetic bacteria produce a large amount of oxygen.
But some induction surgery is needed for future humans.
Induces the structure of human lungs, so that the structure of the lungs has a diaphragm, and the inside of the diaphragm will be a kind of nitrogen that can be reused.
In this way, when humans breathe into the Mars air in the wrong proportion, there will still be no adverse reactions.
"It takes three to five years to transform the Arctic environment. After three to five years, we can use simple equipment to travel to the Martian North Pole."
Xiao Ming walked into the electron microscope.
The lens of the electron microscope is inside the glass room, facing the rock and soil below.
Xiao Ming can take a closer look at the photosynthetic bacteria, the first generation of Martian life bodies created by the life science laboratory.
The color of photosynthetic bacteria is brown. During its metabolism, iron minerals in Martian rocks will participate, and a large amount of iron will also be the basis for photosynthetic bacteria to protect themselves.
They have multiplied in the No. 1 laboratory, and this desert place has such a miraculous life.
Xiao Ming then looked at Labs 2 and 3 behind.
The Martian plant in Lab 2 is already growing. Unlike the plants on Earth, the Martian plant created by genetic shuffling has blue leaves and larger leaves, and the entire plant is very hard.
Such a firm root in the soil is also to be able to withstand unexpected dust storms.
Inside Lab Three, the lab simulates the ultimate end case.
Xiao Ming can take off the chemical protective clothing and walk around in it ~ EbookFREE.me ~ breathe.
This is what the Mars North Pole feels like in the future.
Zheng Xuanyu and Gao Siqi formed a complete experimental report, which was submitted to Xiao Ming on the spot.
Whether to implement it depends on Xiao Ming.
The first step is to lock in the place for future small-scale ecosystem construction, and then throw a nuclear bomb.
Xiao Ming has to even consider this matter.
But this experiment, Pangu Technology has created many firsts in human biological history.
For the first time, organisms were created by designing genetic sequences.
For the first time, we created creatures not found on Earth, specifically for Mars.
Xiao Ming is very proud in this way. It is really exciting to have two girls lead a team and achieve such a result without Xiao Ming's help.
Xiao Ming looked at Zheng Xuanyu and Gao Siqi and said, "I have a decision now."
(Repeat below and wait for changes)
But this experiment, Pangu Technology has created many firsts in human biological history.
For the first time, organisms were created by designing genetic sequences.
For the first time, we created creatures not found on Earth, specifically for Mars.
Xiao Ming is very proud in this way. It is really exciting to have two girls lead a team and achieve such a result without Xiao Ming's help.
Xiao Ming looked at Zheng Xuanyu and Gao Siqi and said, "I have a decision now."
Xiao Ming is very proud in this way. It is really exciting to have two girls lead a team and achieve such a result without Xiao Ming's help.
Xiao Ming looked at Zheng Xuanyu and Gao Siqi and said, "I have a decision now." Xiao Ming looked at Zheng Xuanyu and Gao Siqi, and said, "I have a decision now."
Xiao Ming looked at Zheng Xuanyu and Gao Siqi and said, "I have a decision now."