The Black Technology Era of Xueba

In the simulated environment of the big screen, the North Pole of Mars was hit by a nuclear bomb, and a large amount of dust was thrown out, covering the sky and forming a powerful dust storm.

The Arctic region is not a high-risk area for dust storms on Mars, so after a period of time, the dust storms will subside, but the dust that covers the sky will take a long time to settle on the ground.

At this time, the rock layer covering the ice sheet is blown off, and part of the exposed ice sheet will form water vapor due to the high temperature at the time of the explosion, and finally fall with the dust. Most of the ice sheets would liquefy in an instant, forming lakes, and the water problem was solved.

There is also a large amount of dry ice under the ice sheet, which will fill the local atmosphere after heating, enrich the content of carbon dioxide in the atmosphere, and form an important carbon source for future life. "But the Arctic receives very little sunlight, so we need human intervention."

A small sun hanging in the sky appeared on the big screen, which is an artificial sun formed by controllable nuclear fusion.

The artificial sun can bring temperature to the Arctic, ensure that the lake remains liquid for a long time, and can provide temperature and sunlight for photosynthetic bacteria. "We can't make the whole of Mars a habitable experimental site, Mars is too big, but we can make the North Pole an experimental site."

The transformation of the environment of photosynthetic bacteria is also being demonstrated on the big screen.

The photosynthetic bacteria designed according to the Martian environment have strong adaptability to the Martian environment.

It can reproduce rapidly in the right temperature and sunlight, and can save itself in extreme conditions.

Even if the artificial sun suddenly stops lighting due to a malfunction, and the temperature drops to minus seventy or eighty degrees, the photosynthetic bacteria can enter a dormant state to ensure that they will not die. According to the calculation of the life science laboratory.

An artificial sun covers an area of ​​about 1,000 square kilometers, and photosynthetic bacteria will multiply rapidly within this 1,000 square kilometers to complete the task of environmental transformation.

Photosynthetic bacteria fix carbon dioxide in the air, and oxygen appears in the air.

The composition of the atmosphere will be close to that of the earth, but the nitrogen content has changed from the first place on Earth to the third place on Mars.

From the very beginning, the laboratory informed that photosynthetic bacteria are companion organisms.

Associated organisms mean that when photosynthetic bacteria sense changes in the composition and content of the atmosphere, another climate-regulating colony within the photosynthetic bacteria colony will appear. The colony will work synergistically with Martian plants to regulate the content of various substances in the atmosphere's climate.

At this time, plants adapted to Mars will appear, and green will appear around the lake.

The plants on Mars are not the same as those on Earth. They are actually an evolutionary version of photosynthetic bacteria, and the purpose of their appearance is to regulate the content of climate substances.

At this time, human help is also required.

On the fringes of arctic microenvironments, there will be several blower-like devices.

The blower might be powered by the energy of the artificial sun.

The function of the blower is to absorb the atmosphere outside the edge area and spray it into the small environmental area.

This is to increase the nitrogen content of the site.

Regulators and Martian plants began to play a role in regulating the atmosphere, and they adjusted the atmospheric environment of the microenvironment to be as consistent as possible with the earth.

In this way, some plants and animals of the earth can survive on Mars, and humans can also immigrate on Mars.

This is one way for future immigration.

The second way is that there is no need to adjust the climate, only photosynthetic bacteria are required to produce a large amount of oxygen.

But some induction surgery on future humans is required.

Induce the human lung structure so that the lung structure has a diaphragm, and the interior of the diaphragm will be a kind of nitrogen gas that can be reused.

In this way, when humans breathe into the wrong proportion of air on Mars, there will still be no adverse reactions.

"It will take three to five years to transform the environment of the Arctic. After three to five years, we can use simple equipment to travel to the North Pole of Mars."

Xiao Ming walked into the electron microscope.

The lens of the electron microscope is inside the glass room, facing the rock below.

Xiao Ming can clearly see the first generation of Martian life forms, photosynthetic bacteria, created by the Life Science Laboratory.

The color of photosynthetic bacteria is brown. In the process of its metabolism, iron minerals in Martian rocks will participate, and a large amount of iron elements will also be the basis for photosynthetic bacteria to protect themselves.

They have multiplied in the No. 1 laboratory, and there is such a miraculous life in this desert place.

Then Xiao Ming checked the laboratories No. 2 and No. 3 behind him.

The Martian plants in the No. 2 laboratory are already growing. Different from the plants on Earth, the Martian plants created by gene shuffling have blue leaves, larger leaves, and the whole plant is very hard.

Such hard roots are also rooted in the soil to withstand unforeseen dust storms.

And inside Lab 3, the lab simulates the final final situation.

Xiao Ming can take off the chemical protective suit, walk around freely, and breathe.

This is what the future Mars North Pole will feel like.

Zheng Xuanyu and Gao Siqi formed a complete experimental report and submitted it to Xiao Ming on the spot.

Whether it is implemented or not depends on Xiao Ming.

The first step is to lock the location of the future small ecosystem construction, and then throw a nuclear bomb.

Xiao Ming had to even consider this matter.

But this experiment, Pangu technology has created many firsts in the history of human biology.

For the first time, an organism was created by designing a genetic sequence.

For the first time, creatures that humans do not have on earth have been created, and creatures specially created for Mars.

In this way, Xiao Ming is very proud. Two girls lead a team to achieve such results without Xiao Ming's help. It is indeed exciting.

Xiao Ming looked at Zheng Xuanyu and Gao Siqi and said, "I have a decision now."

(Repeat below and wait for the next change)

But this experiment, Pangu technology has created many firsts in the history of human biology.

For the first time, an organism was created by designing a genetic sequence.

For the first time, creatures that humans do not have on earth have been created, and creatures specially created for Mars.

In this way, Xiao Ming is very proud. Two girls lead a team to achieve such results without Xiao Ming's help. It is indeed exciting.

Xiao Ming looked at Zheng Xuanyu and Gao Siqi and said, "I have a decision now."

In this way, Xiao Ming is very proud. Two girls lead a team to achieve such results without Xiao Ming's help. It is indeed exciting.

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."