From University Lecturer to Chief Academician

The monitoring room was set up on an oasis in the desert, next to a small lake, next to a huge rock, which happened to be used as a protective shield to prevent it from being affected by an 'uncontrollable' explosion.

Actually, of course it doesn't make much sense.

The power of the explosion was far from that great, that is, the sound reached the monitoring room.

The monitoring room was built temporarily. It looks like a temporary greenhouse from the outside, but inside there are all kinds of delicate electronic equipment, which are connected to the monitoring equipment placed in the experimental device. Some are signal connections, and many are simply line connections.

When the explosion happened, some electronic devices could still receive signals, which were signals from the ground and the sky.

For example, images taken by drones.

More than half of the devices have lost signal, indicating that the connected detection devices have been affected and damaged by the explosion.

But everyone was excited.

An explosion occurred, which represented the success of the experiment.

What they were doing was to reproduce the explosion experiment, to study how the explosion happened, and if there was no explosion, it meant that the experiment failed.

Many people walked out of the monitoring room.

Some people even stood on the rocks and looked into the distance. The only thing they could see was some smoke and dust, and they couldn't help discussing it, "The experiment was successful, an explosion really happened!"

"How the hell did it happen?"

"Is it really a neutron explosion? But how can a neutron explosion happen?"

"Let's look at the data, we need to do a very detailed analysis before we can hope to draw a conclusion..."

At this point, the truck is ready.

There are various anti-radiation equipment on the truck, and the personnel carrying the detection task put on the equipment, boarded the truck and went to the explosion site.

They're going to the field to collect data.

Some other scientists volunteered to go there, but they were dissuaded. Everything had to go according to plan. Collecting data after the explosion had to be done by professional people.

Some nuclear physics experts, explosion experts, site survey experts, and engineering personnel responsible for equipment are specialized in collecting post-explosion data.

For most of the scientists present, it didn't make sense to go with them.

Their job is to do various analysis and calculations based on the data in the early and late stages, and only then can they draw conclusions after summarizing.

After the explosion occurs, the experiment is over.

All of them were transferred to Keshidosi Banner, 260 kilometers away. A large hotel was leased in the center of Keshidosi Banner. Much better.

The several-hour drive to the hotel was exhausting, and the scientists were much less excited. Most of them rested as soon as they arrived at the hotel.

Working in the desert is tough.

Now it has been replaced by a hotel with a comfortable environment. It is also enjoyable to take a hot shower, eat a delicious meal, and sleep well.

At night, many people gathered in the lobby or conference room to discuss the explosion. "The data has not yet come out, but our experiment must have been successful."

"I hope there will be an explosion, but it's a pity that those few high-precision equipment are very cutting-edge equipment, but they are only used to collect instantaneous data."

"If you can finally analyze the conclusion, it will be worth the money."

"Is it really a particle explosion? A neutron explosion? I checked carefully before the experiment. The only thing that can touch the strong annihilation force field is the radiation produced by nuclear radiation. The most mass-carrying neutrons are neutrons."

"Analysis and research may not necessarily produce results. This is not a particle collision experiment. There are not so many detailed tests. Compared with it, the tests can be said to be very rough."

"Will this become an unsolved mystery of physics?"

"Although Professor Wang Hao thinks it was a neutron explosion, how to prove it? Unless we can find other similar explosions..."

"That's simply impossible."

Like everyone else, Wang Hao took a nap when he arrived at the hotel, then went to the restaurant to have a meal, and met Yunil Novotini in the lobby.

They didn't say a few words, and Jere Lockyer came over.

The three of them sat together, drinking the coffee brought by the waiter, and talking about the experiment-related issues.

Jere Lockyer is the head of the investigation team of the experimental explosion accident, but he is not a politician, but a very good scientist. He works in Fermilab and is a very well-known electromagnetic expert. There is a lot of research in the field of particle acceleration.

The topic that Jere Lockyer first talked about was related to the magnetic field. "The two explosions were caused by the failure of the magnetic field equipment first, and then the explosion happened. Professor Wang Hao, do you think the explosion is related to the failure of the magnetic field?"

"uncertain."

Wang Hao thought and shook his head and said, "The failure of the magnetic field equipment is mainly caused by the heat source escaping and the circuit being burned."

"Maybe there is a limit value."

"When the heat source escapes to a certain extent, an explosion will occur. There may not be a direct relationship between the two, or it may be just a coincidence."

Yunil Novotini asked, "Professor Wang Hao, I have never understood, how can you be sure that it was a neutron explosion?"

Wang Haodao, "This is the conclusion drawn from the analysis. Explosions will not be produced out of thin air. After all, a strong annihilation force field is just a force field, and a force field will not explode."

He thought for a while, and continued, "We have already proved through experiments that the annihilation force field does not reach a certain strength, and it will not affect matter and energy."

"For example, light waves."

"We have done relevant experimental research and found that a low-intensity strong annihilation force field will not reduce the energy intensity of ordinary light waves."

He added, "The reason why I say that it has not reached a certain intensity is because the light wave will be annihilated if it reaches the intensity."

"This experiment was successful and will be released soon."

That was Xu Hua's research.

The paper can be published after passing the confidential review by the superior. She has already submitted it to "Annihilation Physics and Theory" and will publish it in the next issue.

Yunil Novotini was suddenly surprised, "Ordinary light waves passing through a strong annihilation force field will not affect the intensity? How many times the annihilation force field?"

"About 2.5x."

"...Such a low magnification?"

Yunil Novotini worked on it for a long time, and suddenly felt very depressed. They can also do similar experiments.

However, I didn't expect it at all!

"We have always believed that even a low-magnification annihilation force field can weaken the energy of light waves, but it is not easy to do experiments, and it is necessary to control the intensity of the annihilation force field."

Although the experiment is indeed very simple, it is very difficult to control the strength of the annihilation force field.

They need to continue to conduct experimental research in order to create a strong annihilation force field of corresponding magnification, but with this energy, why not justify the creation of a stronger annihilation force field?

Jere Lockyer didn't care at all, he didn't participate in the research of the annihilation field.

...

This evening is still very leisurely, everyone can do what they want, it's like giving a day off.

Some people stay in the gym all the time.

Some went to the entertainment hall.

Some simply went to the restaurant, ordered a few bottles of wine and had a good time.

In the morning of the next day, the project team started to get busy. A lot of data had been sent, and some teams were ready to start working.

Wang Hao was still very leisurely. He even had time to go to the swimming pool and play a few games of billiards with Junior Novotini.

They are all leisurely people.

Wang Hao is the general technical consultant, responsible for grasping the direction of experiments and research, and does not need to participate in complicated data analysis.

Yunil Novotini and others are members of the interim committee, and they also do not need to participate in data analysis. Their main job is to review the reports of various groups.

The same goes for He Yi, Jayle Lockyer, and Kubo.

It was the first time for Wang Hao to serve as a reviewer for a large project. He felt very relaxed and had nothing to do at all. He just had to wait for the teams to finish their work.

Soon, three days passed.

The first team to complete the analysis was the technical team from the International Annihilation Theory Organization, consisting of five scientists from Norway, Sweden and Germany.

Their job is to perform image analysis on a high-precision device.

This high-definition device collects information by relying on three target surfaces attached to the inside of the magnetic field device. When energy escapes from the thin layer of strong annihilation force field, the particles it carries will hit the target surface and leave traces.

This group is responsible for analyzing the traces to determine the nature and proportion of the particles.

The leader of the group was Belet King Duryshev, who was making a report on the table in the conference room with more than twenty pages of documents in his hand.

Duryshev started with the method of data analysis, briefly explained the working process, and then talked about some important steps and data.

Finally, the conclusion is explained.

Although the process sounds simple, the report actually took more than an hour. Some key processes involved complex analysis and complex mathematical methods, and the content was relatively complicated.

Generally speaking, similar reports are just a process of listening, in which the complicated data cannot be remembered at all, and the review is to judge that there is no problem with the general direction, and the report can be passed.

After Duryshev finished the report, the other reviewers didn't say anything, they felt that the report was already very rigorous.

Wang Hao asked, "Mr. Duryshev, I found that you used approximate methods in several places during the analysis process, which will also lead to deviations in the results."

"Do you think, in terms of photon ratio, is your result high or low?"

Belet-King-Durishev was taken aback for a moment, and he said with some uncertainty, "Maybe it's on the high side?"

"On the low side!"

Wang Hao said with certainty, "You can open the report. On page 17, there is a summary calculation step that takes the approximate value low."

"This is directly related to the calculation of the final photon proportion."

"There is no problem with your method, but there is a problem with the value, maybe you can recalculate it on the spot..."

Belet-King-Durishev immediately turned to page 17, found the approximate value that Wang Hao said, and then started to calculate.

The other observers, including the judges in charge of Juniel Novotini and Jel Lockyer, couldn't help but take a pen and make calculations.

Ten minutes later, Duryshev completed the calculation first, and said with some surprise, "It is indeed low, and the deviation exceeds the allowable range of error!"

Others calculate it relatively slowly, but get the same result.

There was an uproar in the conference room.

"Is it really too low? Professor Wang Hao's search is too accurate. You can see this problem just by listening to a report?"

"The report just now was just passing by. I didn't realize that there might be a problem with the calculation at all."

"This kind of problem, even if it occurs, can't you find it?"

"But I'm not surprised at all. In the field of mathematics, who can surpass Professor Wang Hao? He is the most top mathematician, the number one in the world!"

Many people looked at Wang Hao with amazement.

After the others confirmed the results, Wang Hao said directly, "If you modify this deviation value, some data will be affected later, especially the final summary data. Let's make a report after the modification is completed."

This is to send the report back for revision.

What Wang Hao said was very straightforward, and it can be said that he did not save face at all, but Belet-King-Durishev and his team members were convinced.

The analysis and research they did together, the calculation process was checked several times and no problems were found.

Wang Hao found the problem after listening to it once.

What can I say now?

...

The next set of presentations is in the afternoon.

One group seemed eager to prove their abilities. Their work started two days ago, and it took less than two days to complete all the analysis work.

This work efficiency is still convincing.

However, there were three problems in their report, one of which was a calculation error, which made all subsequent work meaningless.

Wang Hao immediately found out the problem and rejected the report directly.

The news spread all over the place at once, and everyone knew how meticulous Wang Hao's review was, as long as there was an error in the report, they could find it directly.

Many people were talking in shock, "As expected of Professor Wang Hao, he really lives up to his reputation! You can find even a little bit of problems in mathematics."

"Professor Wang Hao is also an expert in data analysis. I don't remember the positive and negative Cauchy particles? His analysis made the research of the three institutions useless..."

"Professor Wang Hao also invented effective and irrelevant carry screening, he is Number one in the field of data analysis."

"Be careful at work, it's too embarrassing for the report to be sent back."

"It doesn't matter if the analysis is a little slower, as long as it passes once, it is a success."

"Why do I feel that other reviews are meaningless?"

"Yeah, it's just a decoration."

"Professor Wang Hao alone is enough..."

A large group of scientists are discussing. They feel like they have returned to their school days. When doing homework after class, they meet strict teachers. If they are not rigorous, they will be found out, and the homework will be called back and rewritten.

The other judges felt a little weird.

Just like someone said, they felt that it was meaningless for them to be judges, and Wang Hao alone was enough.

He Yi, Novotini, and Lockyer got together.

Novotini complained, "I feel like I'm useless at all, as if I'm old and can't keep up at all. I don't see any problems at all."

"If it were me, both reports would pass today."

Lockyer agreed, "I feel the same way..."

He Yi smiled lightly and said, "You just have no experience. I have worked with Wang Hao for many years."

"Then what?"

Novotini and Lockyer looked at He Yi together.

He Yi said, "So during the review, I didn't listen carefully at all. I just took out my mobile phone and checked the news, and the time passed."

"because I know……"

"Wang Hao alone is enough, he doesn't need me at all!"

"..."