In a simulated environment on a large screen, the North Pole of Mars was attacked by a nuclear bomb, and a large amount of dust was thrown out, obscuring the sky and forming a powerful sandstorm.

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

At this time, the rock layer covering the ice sheet is blown away, and part of the exposed ice sheet forms water vapor due to the high temperature at the time of the explosion, and finally falls with the dust. Most of the ice sheets liquefy in an instant, forming lakes and solving the water problem.

There is also a large amount of dry ice underneath the ice sheet, which when heated, fills the local atmosphere, enriching the amount of carbon dioxide in the atmosphere and forming an important source of carbon for future life.

"But the Arctic receives very little sunlight, so we need human intervention. ”

On the big screen, a small sun hanging in the sky, an artificial sun formed by controlled nuclear fusion, appeared.

Artificial suns 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 whole of Mars into a habitable test site, Mars is too big, but we can turn the North Pole into a test site. ”

The large screen is also demonstrating the transformation of the environment of photosynthetic bacteria.

Photosynthetic bacteria designed according to the Martian environment have a strong ability to adapt to the Martian environment.

It is able to reproduce rapidly in the right temperature and sunlight, and is able to preserve itself in extreme conditions.

Even if the artificial sun suddenly does not light up due to a malfunction, and the temperature drops to minus 70 or 80 degrees Celsius instantly, the photosynthetic bacteria can enter a dormant state to ensure that they will not die.

According to the projections of the life science laboratory.

An artificial sun covers an area of about 1,000 square kilometers, and photosynthetic bacteria will multiply at a speed in 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 closer to that of Earth, but the content of nitrogen will change from the first place on Earth to the third place on Mars.

At the beginning, the laboratory told that photosynthetic bacteria were companions.

The meaning of the associated organism is that when the composition and content of the atmosphere are changed by the photosynthetic bacteria, another climate-regulating colony within the photosynthetic bacteria colony will appear. The colony will work synergistically with Martian plants to regulate the climate of the atmosphere.

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

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

At this time, you also need the help of humans.

On the edge of the Arctic microenvironment, there will be several blower-like devices.

The blower may be powered by artificial solar energy.

The function of the blower is to absorb the atmosphere from outside the fringe zone and spray it into the small environment.

This is to increase the nitrogen content of the site.

Regulators and Martian plants begin to play a role in regulating the atmosphere, and they will adjust the atmosphere of the microenvironment to the Earth's as much as possible.

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

It's a way to immigrate in the future.

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

But some induction surgery is needed on future humans.

Induce the structure of the human lungs so that the lung structures have a diaphragm, and the inside of the diaphragm will be a kind of nitrogen gas that can be recycled.

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

"It will take three to five years to transform the environment in the North Pole, and after three to five years, we will be able to travel to the North Pole of Mars with simple equipment. ”

Xiao Ming walked into the electron microscope.

The lens of the electron microscope is inside the glass house, facing the rock and soil below.

Xiao Ming can see the first generation of Martian lifeforms created by the life science laboratory - photosynthetic bacteria up close.

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

They have been multiplied in large numbers in Laboratory One, and there is such a miraculous life in this desert place.

Xiao Ming then looked at the No. 2 and No. 3 labs behind him.

Lab 2 Martian plants are already growing, and unlike Earth's plants, the Martian plants created through genetic reshuffling have blue leaves, larger leaves, and the whole plant is very hard.

This hard root in the soil is also to be able to withstand unpredictable sandstorms.

Inside Lab Three, the lab simulates the final eventuality.

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

This is what the future Martian 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's.

The first step is to locate the future small biosphere and drop the nuclear bomb.

Xiao Ming has to even think about this matter.

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

For the first time, a living creature was created by designing a genetic sequence.

For the first time, a creature that does not exist on Earth was created, a creature created specifically for Mars.

In this way, Xiao Ming is very proud, two girls with a team, without Xiao Ming's help to achieve such results, it is indeed an exciting thing.

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

(Repeat below and change below)

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

For the first time, a living creature was created by designing a genetic sequence.

For the first time, a creature that does not exist on Earth was created, a creature created specifically for Mars.

In this way, Xiao Ming is very proud, two girls with a team, without Xiao Ming's help to achieve such results, it is indeed an exciting thing.

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 with a team, without Xiao Ming's help to achieve such results, it is indeed an exciting thing.

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. ”