Technology: Breaking the Global Monopoly

Chapter 2233 Argument

Because the Jiuzhou Aerospace Department, which was once well-known in the aerospace industry of Blue Star, has become independent Jiuzhou Xinghai Company. Although the internal scientific research team and experimental data resources are still partially interconnected, the progress and results of many important core projects are no longer communicated without delay. Therefore, as the head of the black hole battery laboratory, Ma Qifeng has no idea to what extent Jiuzhou Xinghai Company has developed on the moon.

Although Gu Qing knew about the demand for black hole battery technology very early on, and had been deliberately developing resources to meet these needs, he was still "cautious" in front of Ma Qifeng.

"Well, are you sure? Don't think this is a difficult thing, Ma Qifeng. You have to know that if this technology is broken through and the results are realized, you and our Jiuzhou Technology will be recorded in the history of every country and nation in the world.

Relying on black holes to produce energy, as long as the technology becomes a reality, it means that we humans will no longer be confined to living on the blue planet. We can use the technological achievements based on this to travel in space.

Find other intelligent life forms, develop energy weapons to protect the Blue Planet, and even our Chinese people can rely on unlimited black hole energy to become the dominant nation in this universe!"

Gu Qing's words were so tempting that they could not be filtered out. Ma Qifeng was so stimulated by the fictitious future in Gu Qing's words that his eyes became hot.

However, after a moment of intense gaze, he suddenly shook his head, then took a long breath and said, "Mr. Gu, you once told us that a journey of a thousand miles begins with a single step, and the same is true for scientific research.

We must eat one bite at a time. If I put all the company's experimental projects into this goal, even if there are some real results, it would be irresponsible to me, to our company, and to all my colleagues who are dedicated to scientific research.

I still hope that we can have a small-scale internal discussion first, and then take the next step based on the situation at that time after we have new results. "

After hearing Ma Qifeng's answer, although Gu Qing wanted to say that you just need to go ahead boldly, he will be responsible for the technical route and direction, and you will never make mistakes. However, in the actual reality, Gu nodded slightly and said, "Scientific research is like this. You must be able to endure loneliness and sit on the bench. You must be able to calmly record experimental data before success comes.

Okay, you can first help them organize the resource catalog of theories and needs, and I will give you enough support and authority. "

Faced with the trust shown by Gu Qing, Ma Qifeng's eyes were a little hot.

He now understood why Zhang Tianhao, Chu Ci and other young people were so convinced and even admired the young man in front of them.

Although he looks young, his mind and wisdom are too different from those of the people in school.

After Gu Qing said this, Ma Qifeng did not delay and quickly called other researchers to start a meeting.

When everyone found out that Gu Qing was also in the meeting room, their expressions subconsciously became much more serious.

Before sitting down, the two theoretical physicists, Mai Feng and Yang Qiu, took the initiative to walk up to Gu Qing and said, "Mr. Gu, thank you very much for taking us into this project..."

The research field of theoretical physics involves almost all the basic theoretical problems in all branches of physics, but they do not just "love" theory. If there is a chance to make the theoretical limitations a reality, they will also strive for it. At Gu Qing's invitation, they joined Jiuzhou Technology and had the opportunity to complete the theory, which was more important to them than winning the Nobel Prize.

Of course, in addition to the two of them, other professors and doctors in the experimental team also have similar ideas.

However, after the meeting started, the purpose was to organize the current R&D ideas and results, and everyone started discussing the project while chatting.

"In my opinion, if we want to create a black hole energy source ourselves, the technical difficulty and danger are no less than creating an antimatter energy body. In addition, we also need to consider how to control the expansion of the black hole, which is a life-threatening issue!"

"Control a black hole? We can rely on its own gravitational field to "bind" the black hole itself, making it trapped in its own cocoon. And more importantly, the excitation energy required to create a black hole energy source is much less than the synthesis and storage of the same amount of antimatter energy body. So under the current circumstances, the most important thing for us is to explore and study black holes. The best thing is to send a spacecraft to collect first-hand data in person."

"Huh, that's easy to say, but have you ever thought about the actual distance between us and the nearest black hole, Gaia BH1? This black hole, located in the direction of the constellation Ophiuchus, is about 1600 light-years away from us! If we want to send a spacecraft there, I'm afraid we don't know how many generations will have passed by the time the spacecraft makes a round trip."

"In fact, this cannot be calculated. There may be millions of black holes with stellar mass in our galaxy. It is more difficult to find them because these black holes have no companion stars, just like Gaia BH1 was found because of its companion star."

"The high-energy interaction between black holes and stars makes them easier to detect, but don't forget that after the original star becomes a black hole, according to theoretical research, its mass will be 20 times that of the star and its life span will only be millions of years.

For a star, this is a very short lifespan, and when we observe this black hole and decide to rush to it, perhaps when our spacecraft arrives, the black hole has either moved and expanded, or has disappeared. "

"It doesn't have to be that serious. We just need to find an ordinary Schwarzschild black hole."

"Who can solve the spaceship problem? This is the problem that I think you theorists will never change: you don't act on reality!"

"Aren't we discussing how to solve the distance problem now? And we don't think about it. Our predecessors didn't think about it either. We have to wait for the future generations to think about it. Then how can our human civilization move forward?!"

"With the current spacecraft technology, it is impossible to support the implementation of black hole battery technology. At least we need to be able to achieve pressure-free and rapid travel within the solar system before we have a chance..."

"Then we can build a subatomic black hole energy source ourselves. It can support spacecraft for interstellar travel for a long enough time, and as long as the materials allow, it can also accelerate the spacecraft to the maximum speed allowed by relativity!"

"As long as the materials allow? If we can develop this kind of material, Blue Planet will be completely peaceful!"