From University Lecturer to Chief Academician

Most of the preparations for the experiment of igniting the nuclear reactor with F-rays are anti-gravity work. The Institute of Nuclear Physics just buried the nuclear reactor and prepared the testing equipment.

F-rays are the core.

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

When the experiment is over and it is determined that the nuclear reactor has exploded, most of the follow-up work will be done by the Institute of Nuclear Physics.

Everyone who came over from the Institute of Nuclear Physics got busy.

The first is the first-hand data about the nuclear reactor explosion, including the records of thermal cameras and infrared cameras, and the satellite inspection images were also called to see if there were vibrations or other abnormalities.

By the next day, professionals in radiation suits went to the scene to collect the remains of the explosion.

They will conduct professional analysis on the residues in order to obtain definite data, including but not limited to reaction time, reaction adequacy, radiation coverage, etc.

Jia Shumin, who had already returned to the Institute of Nuclear Physics, waited until the fourth day to get the complete experimental data records.

Jia Shumin was wearing presbyopic glasses, squinting his eyes and looking carefully at the contents of the document in his hand. He broke the frame of the mirror with his hand, and suddenly thought of something, and took out another document from the drawer.

That was the analysis record before the meeting, and most of the above content was Wang Hao's analysis of the experiment.

He only looked at the part related to the nuclear reaction, put the two documents together, and compared each data.

Ten minutes later, Jia Shumin put the two documents on the table. He took off his reading glasses, and heaved a long and complicated sigh.

Jiang Xuewen opened the door and walked in, and asked, "Director Jia, the experiment report is out, have you read it?"

"Look." Jia Shumin said lightly.

"What's the result? What about the reaction time? I'm curious how much the f-ray they made can speed up the reaction." Jiang Xuewen asked with some expectation.

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

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

"More than that!"

Jia Shumin pulled the corner of his mouth and said three words, his emotion was beyond expression. 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 looked at it, the more serious he looked, the more surprised he was.

After looking at several numbers in a row, he raised his head in surprise, and asked in disbelief, "Almost!"

"right."

Jia Shumin nodded vigorously and added, "Besides, there are deviations in the results of our analysis. So to some extent, the accuracy of the results we analyzed may not be as accurate as Academician Wang's predictions..."

"And, if you take a closer look, all the first-hand data are not much different from the predicted values."

"Just now I was thinking, what's the point of this experiment?"

"In fact, there is no need to do experiments at all. Let Academician Wang Hao use theoretical derivation and analysis."

"..."

Jiang Xuewen had to continue looking at the document, and found that the above situation 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, "No matter in any field, I only believe in Academician Wang Hao." He also thought that the other party really couldn't understand, and even started academic worship.

That must be unacceptable!

Now Jiang Xuewen finds that what He Yi said is very reasonable, academician Wang Hao's prediction is so close to the experimental results...

"As expected of Wang Hao!"

Jiang Xuewen sighed with a wry smile, and after putting down the documents, he sat on the stool with an expression very similar to that of Jia Shumin.

"Oh~~"

"Hey~~"

For a moment, the mood of the two was very complicated.

In the end, it was Jia Shumin who spoke first, and he asked, "Jianshu, are you still there? When will you be back?"

Jiang Xuewen said, "I'm doing cleanup work, and it will take another two days."

"That's right, send the document to him and ask him to pass it on to Academician Wang...By the way, ask Academician Wang if he is interested in nuclear-related research?"

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

"The most important research direction in the Institute is to demonstrate controllable nuclear fusion. This is the task of the country and the direction of human science and technology."

"We have been procrastinating and can't find a good direction at all. However, if we can invite Academician Wang Hao to participate and combine anti-gravity technology, will there be a feasible solution?"

Jiang Xuewen's eyes lit up after hearing this.

The Institute of Nuclear Physics has many major projects in its hands, but the most important and cutting-edge one is the demonstration of controllable nuclear fusion.

This project was directly assigned by the superior, but there was no time limit for completion, but a general direction.

It was never considered to be completed before, and it was just that the researchers occasionally thought about it and learned about some related technologies.

In this direction, academician Tang Jianping, an expert in nuclear magnetic physics, is at the forefront. However, because the research has no direction, even the built small tokamak device has been abandoned.

If academician Wang Hao can cooperate, the situation will be completely different.

...

Xihai University, Antigravity Behavior Research Center.

Duan Jianshu came over with the documents, and together with Wang Hao conducted a demonstration on the ignition of nuclear reactors by F-rays. What they talked about was not 'whether they can ignite nuclear reactors', but 'whether F-rays can 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 requires much higher requirements than nuclear fission.

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

"There are problems in theory, but nuclear fusion experiments are not easy to do. We can't find a hydrogen bomb to ignite."

"Right."

This replied with a smile, and then followed the topic to talk about the research of controllable nuclear fusion, "Academician Wang, do you have any thoughts on the research of controllable nuclear fusion?"

"This direction is too important." He added, "We have always had this project in our institute, and we want to demonstrate it, but to be honest, we can't demonstrate it at all."

"At present, 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 Haodao, "I have thought about controllable nuclear fusion. The magnetic confinement method is indeed effective, but it is only effective in theory. The real equipment is expensive, and the fault tolerance rate is too low."

Duan Jianshu nodded as he listened.

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

Cost is another point.

For example, for a tokamak device, the cost of manufacturing a tokamak device that can theoretically accommodate nuclear fusion reactions is calculated in the hundreds of billions of dollars.

Such a high cost is also the key to restricting research. No matter which institution it is, it is impossible to spend so much money on a research that is 'probably impossible to complete'.

Therefore, most of the relevant international research is at a standstill, and academician Tang Jianjun's research is only one of them.

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

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

"right."

Wang Hao explained, "Antigravity, that is, a weak annihilation force field, can make particles inert. You should have heard that a weak annihilation force field can limit the speed of light, which is the upper limit of speed, and it can also make particles inert. The same particle Reaction, in the anti-gravity field, the speed will be slower and the reaction time will be prolonged."

"In addition, it is a strong annihilation force. A strong annihilation force field can annihilate energy and play a role in insulating heat."

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

"These are uncertain, unresolved issues."

"So we need more experiments."

Duan Jianshu kept nodding his head as he listened, and his heart began to look forward to it. What Wang Hao said was a brand-new method, and it sounded like it might indeed be possible.

Weak annihilation force reduces reaction speed, strong annihilation force isolates energy conduction, combined with magnetic confinement means...

Isn't nuclear fusion under control?

"what a pity……"

"Academician Wang Hao will continue to explore the strong annihilation force. To solve those unresolved problems, he will definitely not invest in nuclear fusion research right away..."

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

After I got out of Xihai University, I suddenly felt something was wrong. After thinking about it carefully, I suddenly realized, "Weak annihilation force reduces the reaction speed, and strong annihilation force blocks energy transmission. As for the magnetic confinement method, the F-ray equipment uses a spiral magnetic field."

"Combined together, several technologies can effectively control nuclear fusion."

"The issue is……"

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

...

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

But Wang Hao only talked with Duan Jianshu, and did not specifically study the idea of ​​nuclear fusion. The reason is that he has no interest in controllable nuclear fusion for the time being.

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

The most basic thing is that it is impossible to determine the annihilation effect of the strong annihilation force field on the instantaneous burst energy. At this stage, it is simply impossible to "open an opening" for the strong annihilation force field to "exchange energy" with the outside world and transport the internal heat. Unrealistic.

Many problems need to be solved.

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

Their next step is to do an extreme pressure test, which is to continuously 'recharge' the strong annihilation force field to see what will happen.

This experiment is very risky.

Before the official extreme pressure test, the team will cooperate with the Nuclear Research Institute to conduct two more nuclear reactor ignition experiments to obtain more data related to the ignition of the nuclear reactor.

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

Because there was the first experiment and everything was within expectations, Wang Hao didn't count as continuing to participate, and he could leave it to He Yi, Xiang Qiansheng and others. All he had to do was wait for the results.

After he returned to Xihai University, he continued to engage in theoretical research.

On this day, Wang Hao finished his work related to F-rays and returned to the Mason Mathematical Science Laboratory.

Nine o'clock in the morning.

Wang Hao opened the door and entered his office, only to find that Ding Zhiqiang and Qiu Huian were already inside.

Qiu Huian was looking at the materials in his hand, showing an attitude of serious study; Ding Zhiqiang sat in a daze, not knowing what he was thinking.

Wang Hao didn't care. He left his backpack on the sofa and walked directly to his place.

"Teacher Wong!"

"Teacher Wong!"

Qiu Hui'an and Ding Zhiqiang came and shouted in unison.

"Seeing that you are all very serious, what are you doing recently? Have you gained anything?" Wang Hao said while picking up a glass to get 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 without commenting.

Ding Zhiqiang didn't speak immediately, he was obviously 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 and said, "I have an idea, and I don't know if it's right."

"Tell me."

Wang Hao suddenly became interested.

"That's right."

Ding Zhiqiang took out a piece of A4 paper, on which a lot of lines were drawn with a pencil. It was obviously a figure. Indicates the shade of the representation.

This also makes the graphics look very complicated and messy.

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

Ding Zhiqiang stared immediately, gave Wang Hao a thumbs up, and said happily, "Mr. Wang, did you see it?"

Qiu Hui'an also came over in surprise, "Just this thing, it's a mess. Does five-dimensional graphics still have basic representations?"

Ding Zhiqiang immediately replied, "You can't tell, it's a problem with my level. I'm good at painting." Then he said proudly, "See? Teacher Wang knows."

"Forehead……"

Wang Hao hesitated for a while, but he still didn't hit Ding Zhiqiang's self-confidence. In fact, he had the system ability to help feedback the correct result purely because he had a dialogue with Ding Zhiqiang.

Now the mess on the paper, the devil 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 the rough algebraic geometry corresponding to the function equation obtained after substituting '5 and 17' into the higher-order particle function. picture……"

"Although it is not accurate, it should be roughly the same..."

"etc."

Wang Hao asked incomprehensibly, "How did you draw it? How about a rough method?"

"Devaluation Simplified!"

Ding Zhiqiang said, "The function is very complicated, but it can be simplified by eliminating the value. For example, a curve that extends infinitely upwards can be directly transformed into y=x. There must be no problem in the direction."

"Others are similar, so I can't say it is accurate."

Wang Hao nodded understandingly, "That's no problem, then what? What's the use of you drawing this rough picture?"

"Did you see the red line?"

Ding Zhiqiang said, "I always feel that the surface it expresses is directly related to the Riemann Hypothesis."

"..."

Wang Hao tugged at the corner of his mouth, but he couldn't see it at all. The red line actually represented a 'face' instead of a single line.

Soon, he froze.

The information brought by "The Feedback of Scientific Research" shows that what Ding Zhiqiang said is actually correct. In other words, the surface indicated by the red line is indeed directly related to the Riemann Hypothesis?

I k...