From university lecturer to chief academician.

Chapter 679 Great Journey, Great Work (Final Chapter)!
The International Annihilation Theory Organization and the O-European Nuclear Organization each sent a team to the strong S-wave research group.

They come to understand the experiments, techniques and theories, and participate in the experiments at a shallow level.

The two institutions will also cooperate to conduct some basic experiments in the future.

All the scientific researchers who came to the research base were very much looking forward to the experimental work, and they were very excited to be able to participate in the wormhole technology research experiment.

Some of them were able to stay and work, while others went back to work in rotation.

As the interstellar project unfolds, the research will receive more funding, its scale will continue to expand, and other countries and institutions will also send personnel.

By then, related research will develop into a huge project around the experiment.

……

Following contacts with higher-ups, science and technology departments, and other countries and institutions, several more teams subsequently joined the project.

The interstellar project also proceeded smoothly.

The original strong S-wave research base did not cooperate as the main base of the interstellar project, and the location of the new base was quickly determined. It was 300 kilometers away from the capital of Xinchuan Province and was located on the edge of the Xinchuan Basin.

The southern part of this location is a vast plain with easy transportation and sparse population.

Once the location of the main base was determined, preliminary construction began quickly. A large amount of machinery, equipment and materials were transported over, and a large engineering team of several thousand people was engaged in the construction work.

At the same time, the negotiations at the top level are also progressing very smoothly.

The science and technology departments have reached cooperation intentions with more than 30 international countries and scientific research institutions, including influential countries such as America, Goose, France and others.

Personnel sent by all the countries and corporate organizations that had reached cooperation agreements gathered together to hold the first interstellar project meeting.

The project meeting determined to form a project committee for the Interstellar Project.

Wang Hao served as the first chairman of the Interstellar Project Committee. During the voting process, even personnel from other national institutions voted for him, and the other candidates were just supporting roles.

The project meeting also confirmed three vice-chairmen and 13 commissioners, including Paul Phil Jones and Korot James.

It is worth mentioning that Korot-James joined the project on behalf of the American University Alliance, and the team he leads will be responsible for part of the experimental work.

Paul Phil-Jones works in the Technical Theory Office and provides theoretical support for experimental work to various experimental teams.

In a way, Paul Phil Jones and Korot James are colleagues working together again.

After the project meeting, the interstellar project officially started.

The Interstellar Project is very large. The funds raised in the initial experimental establishment phase amounted to 6000 billion yuan, and the total number of scientists and engineers involved exceeded 5000.

The plan is divided into four parts.

The first part is to achieve 100% teleportation of matter through experiments.

The second part is to manufacture large-scale equipment to release strong S-wave thin layers at distances measured in "light years".

The first two phases are parallel and are also called the 'experimental establishment phase'.

The "experimental establishment phase" is to lay a solid foundation for subsequent large-scale projects. Only by achieving 100% transmission of matter and creating wormholes that travel through space in light years can spacecraft achieve interstellar journeys in the future.

The third stage is the verification stage of small spacecraft, which involves manufacturing a small manned spacecraft to allow it to pass through the wormhole and reach the destination safely, thus completing the verification of the applicability of wormhole technology.

Finally, it is the preparation stage for extragalactic exploration, which means knowing about super-large spacecraft and super-large wormhole equipment, and preparing for mankind’s first intergalactic journey.

……

After the interstellar plan was established, the first phase was quickly completed.

Using the technology provided by Fermilab, the team created a silicon ball weighing 5 kg that can maintain a strong magnetic field of 1.4 T. The silicon ball was placed into the black ball in a state of rapid motion and was transmitted % into space.

The Qianfen gravity spacecraft collected special silicon balls and brought them back to the ground, and found that they were completely undamaged, that is, there was no loss of mass, and they were not affected by the strong S waves.

Two years and three months later, the project team built a huge strong S-wave generating device, and through complex technology and analysis, determined that the release distance of the strong S-wave reached 0.3 light years.

This distance is enough.

When distance can be measured in "light years", even if it is less than one light year, it is a major technological breakthrough.

If a larger device is built, the distance can reach several light years or even dozens of light years.

After the first two stages are completed, the next step will be to enter the spacecraft verification stage.

This stage is ongoing, and the experimental spacecraft is also manufactured with the Qianfen spacecraft as the main frame.

It will be expanded to 'jet energy powered' spacecraft later.

The Qian Falcon spacecraft uses electricity as its main energy source, and activates the lateral anti-gravity to reduce the spacecraft's manufacturing to achieve the purpose of getting rid of gravity. The "jet energy power" spacecraft uses jet energy as its main power source.

Conventional rockets and spacecraft belong to this category of spacecraft. The difference is that the former uses fossil fuels, while the latter uses light pressure.

Such a spacecraft will eject energy outward, and the ejected energy will "fill" the wormhole and escape, causing it to instantly reach the upper limit of its carrying energy.

"The difference between the two is that the energy ejected instantly by the energy-jet powered spacecraft can make the wormhole reach its upper limit of energy carrying capacity and increase the duration of the wormhole."

"This way, we don't have to use high-energy shocks at the same time."

"At the same time, the energy intensity of the jet energy-powered spacecraft is high, which may affect cross-space transmission..."

Theoretically, strong energy will not affect the experiment itself, but strong energy impact will make the equipment unsafe.

If there is a problem with the equipment, the experiment will naturally not be successful.

Therefore, the most important thing is to isolate the energy, which is also the most difficult part of the third stage.

With the participation of many top teams, the experimental equipment took various safety protection measures and performed precise calculations based on the data, and ultimately the problem was solved.

Another year and nine months passed, and the project team successfully sent a Qianfalcon spacecraft, whose surface could maintain a strong magnetic field, into near-lunar orbit through a wormhole device, which is a location nearly 30 kilometers away from the Earth.

This special Thousand Falcon spacecraft has many special passengers in the cockpit, including monkeys, mice, roosters, hamsters tied to chairs, as well as several types of fixed plants, microbial tanks, and so on.

Two days later, the Thousand Falcon spacecraft returned to the ground.

The animals in the cockpit were just a little lethargic, while the plants and microbial tanks were hardly affected. Subsequent analysis showed that the animals' condition was simply due to their inability to adapt to the weightless environment.

In other words, the experiment was a huge success!
At this moment, everyone in the project cheered, and many people recalled it and felt it was incredible.

It has only been four and a half years since the Interstellar Project officially began, and they have completed the first three stages.

This speed is incredible!
When the new plan began, many participants believed that the plan would last for dozens or even hundreds of years. The experimental establishment phase alone would take more than ten years, and the third phase would not be completed in a short time.

Now they can only be amazed at the rapid progress of research.

The participants in the basic experiments on strong S waves were not surprised at all. They had been following Wang Hao in his research and felt that the speed of all research was very fast.

"What's so weird about this?"

"The project is led by Academician Wang Hao, and Academician Wang Hao's research has always been very fast."

"Now that we have completed three stages, the speed is still slow..."

"As for the research itself, the number of staff in the first three phases was still a bit bloated, especially in the first two phases, which did not require so many people at all."

"This is what slowed down the progress of the experiment..."

“But when it comes to the next stage, there won’t be enough people!”

The fourth stage is the most difficult.

If we want to explore outside the system, we must know about super-large wormhole equipment and build super-large spacecraft.

If it is a super-large wormhole device, it cannot be manufactured on the ground, or even on the earth. It is best to do it in a vacuum so that the experiment is not disturbed by the air.

The final manufacturing site was chosen to be on the back of the moon.

The moon is the closest planet to the earth, and there is almost no air on the moon.

If you want to build super-large equipment on the back of the moon, you first need to know about a super-large base. The base needs to be able to accommodate a large number of personnel and maintain a strong power supply, that is, to build a large lunar power station.

This is very difficult.

Coupled with the demand for super-large equipment and large spacecraft themselves, it will definitely be a huge project.

When we really entered the fourth stage, the old people in the project team simply retired early.

That's what happened to Yuniel Novotny.

He was reluctant to give up his research, but had to quit due to his age.

Even if he insisted on staying in the project team, he would not be able to see the completion of the fourth phase.

Before he left, he said to Wang Hao with emotion, "I hope that while I am still alive, I can see humans leave the solar system."

Wang Hao nodded vigorously and said seriously, "I definitely will!"

……

Seventeen years later, at the Interstellar Project Ground Control Center.

Wang Hao stood in front of the big screen.

There was a group of people standing behind him.

Including Ding Zhiqiang, Chen Mengmeng, Wang Qiang, He Yi, Paul Phil Jones, Korot James and so on.

Chen Mengmeng and Ding Zhiqiang stood together, holding each other's hands.

Next to Helen stood a teenager who was of mixed race from his appearance. The child was staring at Wang Hao's back with a look of reverence.

The big screen showed images of the lunar base.

First, what comes into view is a very large light pressure spacecraft, and in the distance there are a large number of people in space suits working.

Following one command after another, the huge light pressure spacecraft turned on its power system and slowly floated up.

The staff in the distance have all gone to the underground base.

As the light pressure spacecraft flew, a huge black ball suddenly appeared in front of it, giving people a huge shock.

That's a wormhole!

This is not just the picture received by the control center, but also the picture received by all of humanity.

In the video, the host introduced, "The Earth-301 spacecraft is preparing to enter the wormhole. The scientific and technical workers and engineers on board will become the first group of people to go to the X- galaxy..."

"The X-301 star system is 31 light years away from Earth. There is an Earth-like planet there, codenamed X-301 Planet ."

"The first destination of the Earth-20 spacecraft is the fourth planet X-301, which is nearly million kilometers away from DY-."

"It's a planet similar to Mercury."

"The Earth-301 spacecraft has a difficult mission. They will build a power station and wormhole equipment on the fourth planet of X-301. By then, they can open a wormhole channel between the Earth and the X- galaxy..."

“It’s going to be a great journey and great work…”

　After writing this chapter, I feel mixed emotions and a lot of feelings.

　　I am very reluctant to leave.

　　One and a half years, more than 300 million words~~and it’s over.

　　But the book will be finished one day, and the end will also be a new beginning~~~
　　
　
(End of this chapter)