When Thomas and George returned to school to learn about the tachyon transmission system, the personnel sent by the Outer Space Exploration Institute to replace the original expedition team's traditional mode of working in the solar system's shell layer immediately used new technologies to speed up the deep dive into the solar system's shell layer.

The progress of exploration.

The leader of the expedition team with this new concept is named Joyce. He was formerly the deputy director of the Kuiper Institute for Elementary Particles. Because tachyon transmission is a major breakthrough technology field of the institute, the institute of course attaches great importance to its application value.

.

To this end, the hospital cooperated with the Outer Space Exploration Institute, led by the Outer Space Exploration Branch, to form this new concept of technology to replace the traditional model of exploration technology.

Although this made the old-fashioned expedition team members of the Kuipers who had spent hundreds of millions of years trying to break through find it unacceptable, shed tears, and even hated this new concept technology, the replacement of the old with the new is a never-ending topic in human society. Every time a major event occurs

Technological breakthroughs will trigger a trend of eliminating old models. The Kuipers are no exception.

"The solar system's shell layer is hundreds of millions of kilometers thick and is composed of many floating stars of different sizes and made of different materials. The Kuipers have worked hard to break through this shell layer for hundreds of millions of years, but due to the difficulty of old-fashioned technology, they were ultimately unable to achieve this goal.

My own purpose," Joyce said.

"Now the Kuipers have finally seen the dawn of breaking through the outer shell of the solar system. It is estimated that within three to five years, we will reach the outer edge of the solar system." Eddie, the former leader of the expedition team, said excitedly.

The new expedition team kept him here mainly because the new members were all brought from Kuiper and had never experienced entering the solar system's shell layer. They were all people without any experience. Therefore, for safety reasons, except for Thomas and

In addition to returning to school for further studies, the two Georges also retained the original expedition leader and guide.

"We have never been to the edge of the solar system's shell, nor have we seen the contact point between the solar system and Proxima. We don't know what kind of terrifying sight is waiting for us there," Joyce said.

"We don't understand much about this, but the junction of two such thick floating star layers should be a floating star vortex between two galaxies, right? They keep making earth-shattering roars and rolling slowly," Eddie said.

.

"Why do you think so?" Joyce asked curiously.

"Our old exploration equipment can detect this waveform. This waveform indicates that the contact between the solar system and Proxima Centauri should be a huge floating star vortex," Eddie said.

"It makes sense." Joyce said: "This shows that after we pass through the solar system's shell, it is also very difficult to enter the Proxima shell. We should exit the solar system from the back side of its rotation direction, and then penetrate into the Proxima shell.

In the membrane.

But with the operation of the two shells, the distance between our exit point and entry point will quickly become longer and farther and farther. If the connection is lost, all the previous efforts will be wasted."

"So how to solve this problem?" Eddie asked.

"I think that after drilling out of the solar system's shell layer, all spacecraft followed closely at the contact point between the two shells, that is, the giant whirlpool, and used the empty space of floating stars generated by the whirlpool to nest before heading toward the neighboring planets.

It continues deep into the shell and eventually enters the inner space of Proxima Centauri.”

"Does this mean we say goodbye to the solar system forever?" Eddie asked.

"No," Joyce said: "After we continue to enter the Proxima Centauri shell membrane belt in this way and spread the entered tachyon transmission system throughout the Proxima Centauri system, there will be no need for this.

Go around in a big circle and drill back into the solar system's crust.

After we enter Proxima Centauri, we can still be sent into the tachyon transmission system in the solar system through the tachyon transmission system. Therefore, there is no such situation as yours."

"That's good. This means that we finally broke out of the solar system's shell and entered the outer space of the solar system." Eddie was so excited that his voice trembled when he spoke: "On that day, I will let our old team members

Please spread the word to our neighbors to celebrate our victory."

"Of course." Joyce said: "After a while, we will return to our institute after completing our mission across the solar system. At that time, I will propose that all your old team members return to their original posts."

"That, that's great." Eddie burst into tears with excitement: "Most of us have struggled for more than 20,000 years just for this day of ours."

Based on his concept of star gas purification, Henry planned to change the atmosphere of Venus so that Venus would become like the Earth and give it a blue sky.

He negotiated with Kuiper chemists and biologists to use chemical reactions to purify the air of Venus. At the same time, he also made preparations for another step, which was to use physical methods to purify the atmosphere of Venus.

However, the results disappointed him. After analyzing the atmosphere of Venus, chemists said that it is unrealistic to use chemical reactions to change the current situation of Venus because there are not so many raw materials for reactions in such a large Venus atmosphere.

Henry also wanted to use electromagnetism to decompose the chemical structure of Venus' atmosphere, but physicists said that this was a complete fantasy.

As a last resort, Henry had to go back to pumping the mixed gas into the filter through filtration, and then chemically or physically decompose the structure of Venus' atmosphere. Then he used the waste generated thereby to generate a rocket model, and then separated it from the Venus atmosphere using automatic input.

The explosive gas that comes out is used as rocket engine fuel, pushing the poured waste into the flames of the sun for incineration.

After synchronizing these devices, an automated device can be made that sucks air and waste between the sun and Venus all day long. In this way, it is permanently suspended at a point between the sun and Venus, constantly firing waste arrows towards the sun, and towards the sun.

The atmosphere of Venus refills the purified air, and over time, the atmosphere of Venus slowly becomes transparent.

"Although this measure will not be effective immediately, we will be able to separate the resources we Kuipers need from the atmosphere of Venus, while also purifying the atmosphere of Venus and processing useless waste." Henry is confident in his idea.

"However, suspended between the sun and Venus, the ambient temperature is extremely high, the wear and tear of the equipment may be great, and maintenance is difficult." His assistant Lawrence had an unreasonable opinion on Henry's views.

"Yes, this issue is also the key to victory or defeat. However, this is a machine that handles gaseous substances. Except for its rotating part, the rest can be made of high-hardness and high-temperature-resistant ceramic materials. We can also look for better high-temperature-resistant materials.

Solve this problem.”

"In this case, I think it's possible." Lawrence agreed.

"Don't underestimate the huge effect of this method. Planetary atmosphere pollution is also an important reason for the demise of human beings. Because if the atmosphere of the planet where humans live becomes unable to meet the requirements of human survival due to human activities,

, most human beings will face the risk of extinction. This plan is a major breakthrough plan to reduce environmental pollution."

"Yes," Lawrence laughed: "I heard from Victor that people on earth are always worried that their activities will cause atmospheric pollution and cause humans to lose their living environment."

"Atmospheric pollution is indeed a factor that has a devastating blow to human beings on earth." Henry said: "If this experiment is successful, as Earth-source astronauts, we also have an obligation to create an environment for our fellow humans, modern earthlings.

Efficient air purifiers can return the earth's atmosphere to its original state. Therefore, this is also a major event for the benefit of mankind."

"When people on earth talk about low carbon, can it ensure that the atmosphere of earth people returns to its original state?" Lawrence asked with a smile.

"That can only reduce pollution," Henry shook his head: "It won't fundamentally solve the problem."

"So why don't we Kuipers face this kind of environmental problem?"

"Have you never thought about how we live a low-consumption life in the extremely cold environment there? Even when we make flying saucers, we use cold melting. Naturally, we don't have the same waste disposal problems as the people on Earth. Of course, we don't face this problem like the people on Earth.
Chapter completed!