Most of the preparation for the experiment of the F-ray ignition nuclear reactor is anti-gravity work, and the Institute of Nuclear Physics only buries the nuclear reactor and prepares the testing equipment.

F-rays are the core.

Including the preliminary preparation of the equipment, the direction of proofreading, that is, aiming, the necessary debugging, demonstration, and so on.

By the time the experiment was over, it was determined that there had been an explosion of the nuclear reactor, and most of the follow-up was the work of the Institute of Nuclear Physics. Everyone who came to the Institute of Nuclear Physics was busy.

The first is first-hand data about the explosion of the nuclear reactor, including records from thermal and infrared cameras, and satellite footage to see if there are vibrations or other anomalies.

By the next day, professionals were wearing radiation suits to the site to collect the remnants of the explosion.

They will perform a professional analysis of the residue in order to obtain definitive data, including but not limited to reaction time, adequacy of response, radiation coverage, etc.

It wasn't until the fourth day that Jia Shumin, who had returned to the Institute of Nuclear Physics, got a complete record of the experimental data.

Jia Shumin took reading glasses, squinted carefully at the contents of the document in his hand, he broke the frame with his hand, suddenly thought of something, and took out another document from the drawer.

It was the analysis record before the meeting, and most of the content on it was Wang Hao's analysis of the experiment.

He looked at only the parts that were relevant to the nuclear reaction, put the two documents together, and compared each of the data.

Ten minutes later, Jia Shumin put the two documents on the table, he took off his reading glasses, and sighed with a complicated face Jiang Xuewen pushed the door and walked in, and asked, "Director Jia, the experimental report has come out, have you read it?" ”

"Looked." Jia Shumin opened his mouth lightly.

"The result? What about reaction time? I'm curious to see how much faster the F-rays they make. Jiang Xuewen asked with some expectation.

"About six." Jia Shumin said a number, but his expression was still the same, and he didn't continue to say anything.

Jiang Xuewen was in good spirits, his eyes widened and he said, "Six times? Is it really that high? Academician Wang Hao said more than five times..... It's really about the same estimate! ”

"What's more!"

Jia Shumin pulled the corners of his mouth and said three words, his sigh was overflowing, he pushed the two documents on the table over, and said with a complicated heart, "Xiao Jiang, take a look." ”

Jiang Xuewen took the document curiously, compared it carefully, and the more he looked at it, the more surprised he became.

After looking at a few numbers in a row, he raised his head in surprise and asked incredulously, "Almost!" "Good" right. ”

Jia Shumin nodded forcefully and added, "Moreover, the value of the results of our analysis is biased. So to a certain extent, the accuracy of the results we analyze may not be as accurate as Academician Wang's prediction data....."

"And, if you look closely, all the first-hand data is not much different from the forecast." "Just now I was thinking, what's the point of this experiment?"

"In fact, there is no need to do experiments at all, just let Academician Wang Hao deduce and analyze it with theory."

Jiang Xuewen had to continue to look at the document, and found that the situation above was the same as what Jia Shumin said, so he couldn't help but nodded. He suddenly thought of the conversation he had with He Yi before the experiment.

At that time, He Yi said, "I only believe in Academician Wang Hao in any field, and he also thinks that the other party really can't understand it, and he actually engages in academic worship."

That's going to be a must!

Now Jiang Xuewen finds that what He Yi said is very reasonable, and Academician Wang Hao's prediction and experimental results are so close..."It is worthy of Wang Hao!" ”

Jiang Xuewen sighed with a wry smile, and after putting down the file, he sat on the stool, and his expression became very similar to Jia Shumin.

"Alas~~" "Hey~~"

For a while, the feelings of the two were very complicated.

In the end, it was Jia Shumin who spoke first, and he asked, "Jianshu, are you still over there?" When will I be back. Jiang Xuewen said, "I'm doing the clean-up work, and it is estimated that it will take two more days." ”

"That's right, send the document to him and ask him to forward it to Academician Wang..... By the way, ask Academician Wang, whether it is the right one

Interested in related research? ”

"The anti-gravity team is working with us, and we can work with them."

"At present, the most important research direction of the institute is to demonstrate controlled nuclear fusion, which is the task of the state and the direction of human science and technology."

"We've been dragging our feet and can't find a good direction at all. However, if Academician Wang Hao can be invited to participate, combined with anti-gravity technology, will there be a feasible plan? ”

Jiang Xuewen's eyes lit up when he heard this.

There are many major projects in the hands of the Institute of Nuclear Physics, but the most significant and cutting-edge is the demonstration of controlled nuclear fusion.

The project was assigned directly by the superiors, but there was no time limit for completion, but a general direction. I didn't think about it at all, and it was just that the researchers occasionally thought about it and learned about some related techniques.

In this direction, the pioneer is academician Tang Jianping, an expert in nuclear magnetic magnetic physics, but because there is no direction for research, even the built small tokamak device has been abandoned.

If Academician Wang Hao could cooperate, the situation would be completely different. Center for Anti-Gravity Properties, Seohai University.

Duan Jianshu came over with the documents, and together with Wang Hao, they conducted a demonstration on the ignition of a nuclear reactor by F-rays, and they were no longer talking about whether the nuclear reactor could be ignited, but whether F-rays could be used as an ignition device for nuclear fusion reactions.

Nuclear fusion and nuclear fission are completely different.

As many people know, hydrogen bombs need to be ignited by atomic bombs, and nuclear fusion reaction ignition is much more demanding than nuclear fission.

Wang Hao's judgment on this is, "According to the F-ray intensity of this experiment, ignition nuclear fission is feasible, but it is also related to the raw materials involved in the reaction." ”

"It's theoretically problematic, but fusion experiments are not easy to do, and we can't find a hydrogen bomb to ignite." "That's right."

He replied with a smile, and then talked about the research of controlled nuclear fusion, "Academician Wang, do you have any thoughts on the research of controlled nuclear fusion?" ”

"It's so important." He added, "We've always had this project in our firm to demonstrate, but to be honest, we can't argue at all. ”

"Now the mainstream in the world is magnetic field control, but the direction of Academician Tang Jianping, that is, the tokamak coil, has many technical difficulties that cannot be solved."

Wang Hao said, "I have thought about controlled nuclear fusion. The way of magnetic confinement is indeed effective, but it is only theoretically effective, and the actual equipment is not to mention the expensive cost, and the fault tolerance rate is too low. ”

Duan Jianshu listened and nodded.

There are many reaction restraint methods for nuclear fusion, and magnetic confinement is the mainstream method, but as Wang Hao said, the fault tolerance rate is too low, and it is impossible to guarantee 100% that there are no loopholes in reality, as long as there is a little problem, it may form a major accident.

Cost, on the other hand, is a different point.

For example, the cost of building a tokamak device that can theoretically accommodate a nuclear fusion reaction is in the hundreds of billions of dollars.

Such high costs are also key to limiting the conduct of research, and it is unlikely that any single institution will be able to spend so much money on a study that is "probably impossible to complete".

Therefore, most of the international related research is in a state of stagnation, and Academician Tang Jianjun's research is only one of them.

Wang Hao continued, "I have an idea in this direction, and I can use anti-gravity technology combined with strong annihilation force to create experimental equipment with high fault tolerance and relatively low cost. ”

Duan Jianshu suddenly became much more serious, "Anti-gravity technology? "Yes."

Wang Hao explained, "Antigravity, that is, a weak annihilation field, can make particles inert. As you may have heard, a weak annihilation field can limit the speed of light, which is the upper limit of velocity, and also make the particle inert, and the same particle reaction, within the anti-gravity field, will be slower and the reaction time will be longer. ”

"In addition, it is a strong annihilation force. A strong annihilation force field can annihilate energy and act as a heat barrier. ”

"But there is a problem that the strong annihilation force field cannot completely isolate energy, for example, neutrons, can pass through the strong annihilation force field, and may even be accelerated..."

"These are uncertain and unresolved issues." "So we need more experimentation."

Duan Jianshu listened and nodded continuously, and his heart was looking forward to it, what Wang Hao said was a brand-new method, and it sounded like it was indeed possible.

The weak annihilation force reduces the reaction speed, the strong annihilation force isolates the energy conduction, and then cooperates with the magnetic confinement method.... Nuclear fusion, isn't it controlled?

"It's a shame....."

"Academician Wang Hao will continue to explore strong annihilation, and if he wants to solve those problems that have not yet been solved, he will definitely not immediately devote himself to the research of nuclear fusion.....

Duan Jianshu was full of regret when he thought about it, and he kept thinking about it as he walked all the way out.

After leaving Xihai University, I suddenly felt that something was wrong, and after thinking about it carefully, I suddenly realized, "The weak annihilation force reduces the reaction speed, and the strong annihilation force isolates the energy conduction. ”

"Several technologies are combined to effectively control nuclear fusion."

"The problem is ....."

"They already have these technologies, even if they are researching controlled nuclear fusion, they don't need to cooperate with us at all?" .....

In the study of controlled nuclear fusion, the annihilation force field control method is obviously a new direction.

But Wang Hao only talked to Duan Jianshu, and did not specifically study the idea of nuclear fusion, the reason for this is that he is not interested in controlled nuclear fusion for the time being.

Second, the technology is not up to standard, and there are many problems that have not yet been overcome.

At the most basic level, it is impossible to determine the annihilation effect of the strong annihilation force field against the instantaneous burst of energy, and it is simply unrealistic to want to 'open an opening' for the strong annihilation force field at this stage to exchange energy with the outside world and transport the internal heat out.

There are a lot of problems that need to be solved.

Therefore, the study of the strong annihilation force field is the main direction, and the characteristic direction of F-rays is likely to bring new technology, which is the most realistic and core content.

The next step is to do an extreme pressure test, which is to continuously "charge the field" of the strong annihilation force field to see what happens.

This experiment is very risky.

Before the EP test was conducted, the team had to work with the Nuclear Institute to conduct two more nuclear reactor ignition experiments to obtain more data on the ignition of the nuclear reactor.

This part of the data can help to analyze the relationship between F-ray intensity, nuclear reaction speed, reaction adequacy and other data.

Because there was the first experiment, and everything was expected, Wang Hao didn't continue to participate, just handed it over to He Yi, Xiang Qiansheng and others, all he had to do was wait for the results.

After returning to Seohai University, he continued to engage in theoretical research.

On this day, Wang Hao finished his F-ray related work and returned to the Mason Digital Science Laboratory. Nine o'clock in the morning.

Wang Hao pushed the door into his office and found that Ding Zhiqiang and Qiu Huian were already inside.

Qiu Huian was looking at the information in his hand and put on a serious attitude; Ding Zhiqiang sat in a daze, not knowing what he was thinking.

Wang Hao didn't care, he put his backpack still on the sofa, and then walked directly to his place. "Teacher Wang!"

"Teacher Wang!"

Qiu Hui'an and Ding Zhiqiang came and shouted neatly.

"I see you're all serious, what's been going on lately? Is there a catch? Wang Hao said, picked up the cup and took a glass of water. Qiu Hui'an said, "I'm looking at the data, which is the data you put on the table, the derivation of the Riemann function. ”

Wang Hao nodded and did not comment.

Ding Zhiqiang didn't speak immediately, obviously a little hesitant, and his expression was very serious. Wang Hao simply walked over and asked, "What's the matter, Zhiqiang?" What's the problem? ”

"This, this ....."

Ding Zhiqiang hesitated but said, "I have an idea, and I don't know if it's right or not." "Tell me."

Wang Hao was also immediately interested. "That's right."

Ding Zhiqiang took out a piece of A4 paper, on which he drew a lot of lines with pencils, which was obviously the appearance of a figure, the graphics were very non-standard, and the lines looked very sloppy, with shadows drawn in some places, and shadows drawn in other places.

This also makes the graphics look very complex and messy.

Wang Hao stared at the graphics for a long time, and asked guessingly, "Five-dimensional graphics?" ”

Ding Zhiqiang suddenly glared, gave Wang Hao a thumbs up, and said with some joy, "Teacher Wang, do you see it?" Qiu Hui'an also walked over in surprise, "Just this thing, it's messy, is there a basic representation of five-dimensional graphics?" ”

Ding Zhiqiang suddenly replied, "You can't see it, it's a level problem, I drew it very well." He then said triumphantly, "See? Teacher Wang knows. ”

"Uh...."

Wang Hao hesitated, but still did not hit Ding Zhiqiang's self-confidence, in fact, he was purely because of the dialogue with Ding Zhiqiang, and he had the systematic ability to help feedback the correct results.

Now it's a mess on paper, and the hell knows what it is!

Ding Zhiqiang was a little proud, then pointed to a line marked with a red pen in the graph, and said, "Mr. Wang, this is a rough algebraic geometry diagram of the corresponding algebraic geometry of the function equation obtained after substituting the higher-order particle function into '5 and 17'....."

"It's not accurate, but it should be about the same ....." "Wait."

Wang Hao asked incomprehensibly, "How did you draw it?" What's a rough approach? "Elimination simplification!"

Ding Zhiqiang said, "The function is very complex, but it can be simplified by elimination, for example, the curve that extends infinitely upwards is directly converted into y=x, and the direction is definitely fine." ”

"Everything else is pretty much the same, that's why I'm not accurate."

Wang Hao nodded in understanding, "That's no problem, and then what?" What is the use of you drawing this rough diagram? "Do you see this red line?"

Ding Zhiqiang said, "I always feel that the surface it represents is directly related to the Riemann conjecture. ”..

Wang Hao tugged at the corners of his mouth vigorously, he couldn't see at all that the red line actually represented a face, not a single line. Soon, he was stunned.

The information brought by "Feedback from Scientific Research" shows that what Ding Zhiqiang said is actually correct, in other words, the surface represented by the red line is indeed directly related to the Riemann conjecture?

I k.....