From University Lecturer to Chief Academician

The discovery of first-order lithium was expected, but the content value was very surprising.

"17%?"

"This data..."

Looking at the values ​​on the data report, Wang Hao couldn't believe it. His subconscious reaction turned into doubt, but he immediately thought calmly.

Seventeen percent!

This data is too high, too high to be explained by deviation.

The level of Wang Hui and Zhou Qing is worthy of recognition. Even if there are deviations in the results of their measurement experiments, it is impossible for the deviations to be so exaggerated.

Just compare the data.

The annihilation force field with the same magnification, the first-order iron content produced is only about 2.5%, while the first-order lithium content has reached 17%.

Wang Hao's initial estimate was only around 1 percent, so one can imagine how surprised he was when he saw the 17 percent figure.

"Actually, I should have thought of it earlier..."

"The ionization characteristics of lithium carbonate have been enhanced by more than two times, and the ionization characteristics of other lithium element compounds have also been enhanced. The content of first-order lithium cannot be low, otherwise the activity of the first-order lithium ion state will be too exaggerated."

"17%..."

"This shows that under the action of strong annihilation force, different elements have different rate characteristics of upgrading."

"Lithium is obviously much larger than iron.!"

Iron, the critical value of upgrading is about 6.6, which reaches 8 times the effect of strong annihilation force field, and the content of magnetized raw materials is only 2.5%.

Lithium, with a critical value of about 7.2, reaches 8 times the strong annihilation force field effect, and the content of magnetized raw materials is as high as 17%.

It's just astonishing.

Wang Hao immediately thought about the recent research - the problem of specific magnetic field.

"According to the theory of specific magnetic fields, the sudden increase in annihilation force will cause the upgraded elements to excite specific magnetic fields, so as to 'protect' other elements that have not been upgraded."

"This is also the reason why the first-order elements of the raw materials do not increase."

"Now the upgrade ratio characteristics of iron and lithium are different, which means that the specific magnetic field excited by lithium is much smaller than that of iron..."

"Is it related to the magnetization?"

Wang Hao thought to no avail, and went to the material testing center the next day.

Now the material testing center has expanded significantly, and construction of a new office building and laboratory is underway next to the foot of the mountain.

Many people are busy.

When I entered the original laboratory building, I also found that there were many people walking around, all of whom had just come to the testing center to participate in research and other work.

Some people were surprised when they saw Wang Hao, and couldn't help shouting, "Academician Wang!"

"It's really Academician Wang!"

"Academician Wang, hello, I'm Zeng Yunhao, and I'm in charge of the research on first-order iron."

"My name is Lu Yousong..."

"My name is……"

A group of people came to say hello and introduce themselves by the way.

Wang Hao smiled and shook hands with them one by one.

These researchers are from the Materials Institute of the Academy of Sciences, the Institute of Aeronautical Materials, and military agencies. They are sent to participate in the research of advanced elements, and they will work together in the future.

After exchanging pleasantries with everyone, Wang Hao went to the office on the second floor.

soon.

Wang Hui and Zhou Qing came together.

Maybe it's because they are getting older and can't stand staying up late, they all look a little sluggish, Wang Hui simply has black eyes.

Wang Hao couldn't help reminding, "Professor Wang, pay attention to rest, the research progress can be slower, the body is more important!"

"Can't sleep!"

Wang Hui sighed energetically, "I have slept for three hours since yesterday, and I can't fall asleep even after tossing and turning in bed."

"Academician Wang, have you read our report? That data..."

Wang Hao pursed his lips, "It's really amazing!"

Zhou Qing said, "It's amazing, 17%. Professor Wang and I did two experiments, and the deviation was only about 0.3%. We thought it was wrong at first."

"I feel weird too."

Wang Hao nodded and said, "With such a large data, after thinking about it later, it is impossible to have such a large deviation. It seems that the content is indeed very high."

Wang Hui said, "However, this also explains why the ionization properties of lithium element compounds are so strong."

"yes."

Wang Haodao, "This discovery is very important, and it is directly related to my current research. I have always hoped to discover a specific magnetic field."

As he said, he took the detailed report from Zhou Qing and read it carefully.

...

After leaving the material testing center, Wang Hao went to the annihilation force field experiment base to handle some routine research work.

Then, he found that He Yi was very enthusiastic about his work, and he kept talking about the next step of research.

Obviously.

He Yi was influenced by winning the Nobel Prize in Physics.

In the past, He Yi was also very enthusiastic about his work, but it was absolutely impossible for him to work for more than ten hours in a row, but now he is devoting himself to his work, and it seems that he hopes to produce some results as soon as possible...

prove yourself?

maybe.

The Nobel Prize in Physics is a kind of affirmation for the winners.

However, the award also put pressure on He Yi. Many people in the public opinion in the outside world are discussing that He Yi won the Nobel Prize in Physics only after doing research with Wang Hao.

academia……

Even more so.

Since ancient times, literati have been indifferent to each other.

If a scholar is very capable and wins a certain award, he will not receive too much controversy, but if a scholar wins an award by virtue of "luck", it will definitely make other scholars feel a lot of envy and jealousy.

He Yi, that's it.

To say how capable He Yi is, many scholars do not recognize him.

Compared with the top geniuses, He Yi's original resume was too thin, and it was only after following Wang Hao's annihilation force field experiment that his resume continued to enrich.

He also won the Nobel Prize in Physics for his contribution to the annihilation force field experiment.

These put pressure on He Yi.

Wang Hao also thought of some reasons, but he would definitely not comfort He Yi, otherwise wouldn't it be the same as denying the other party the award?

"Of course."

"Old He, don't think too much, and don't care what other people say. You are doing experimental research, not theory?"

"There are many Nobel Prizes awarded to experimental physicists!"

"This is our research together."

"In the beginning, without you and the physics laboratory, I would never have thought of studying superconducting antigravity phenomena!"

Wang Hao's affirmation is still very effective.

He Yi thought about it carefully, and it was indeed their experiments that inspired Wang Hao, and they all followed Wang Hao's command to do research.

If it were a well-known physics institution and a famous physics expert, under the circumstances at that time, would they listen to Wang Hao's command to conduct experiments?

impossible!

At that time, Wang Hao only had achievements in the fields of mathematics and computers.

...

It is very difficult to think about making big discoveries in the annihilation force field experiment.

Unless the strength of the annihilation force field can be greatly increased again, the experiment can only rely on luck to make great discoveries.

The next research will still focus on first-order iron and first-order lithium, and more discoveries will be made in cooperation with the material testing center. As for the annihilation force field experiment, just pay attention to the design improvement and the next step of the experiment.

Wang Hao quickly returned to Xihai University and summoned the members of the research team.

Paul Phil-Jones, Ding Zhiqiang, Helen, plus an academician Tian Guilin and two researchers Liao Zhenxing and Wang Zhimin from the Institute of High Energy.

Academician Tian Guilin is an old acquaintance.

When Wang Hao cooperated with the Institute of High Energy to study the Kosi superson CP problem, he had several contacts with Tian Guilin, and now Tian Guilin leads the team to participate in the annihilation force field experiment. He wants to cooperate with the experimental team to manufacture strong magnetic field equipment. The young researchers are the cooperation between the Institute of High Energy and the Mersenne Number Laboratory. Letting them carry out theoretical study and research is equivalent to cultivating talents.

In the coming year, Liao Zhenxing and Wang Zhimin, as representatives of IHEP, will work in the Antigravity Behavior Research Center.

Although Liao Zhenxing and Wang Zhimin came to 'study', each of them is a top scholar in high-energy physics.

Wang Hao wanted to conduct brand-new theoretical research, so he simply asked the two of them to come together, showing an attitude of helping the high-energy institute to "cultivate" talents.

Tian Guilin also happened to be at Xihai University, so he simply followed him. After he entered the office, he asked, "Academician Wang, don't disturb me?"

"Don't disturb, please come in."

Wang Hao introduced other people for him, and then said, "We are doing theoretical research now, and there is no confidentiality. At this stage, we just hope to find a direction."

"That's good."

Now Tian Guilin is relieved.

The last time Tian Guilin saw Wang Hao was six years ago, when he was less than sixty years old, but now he is obviously a little old man, while lamenting the time, he couldn't help but lamenting Wang Hao...

It turned out that he was an academician and an expert of the Institute of High Energy.

At that time, Wang Hao was also very good, but his achievements were in the fields of mathematics and computer. As a result, relying on his amazing data analysis ability, he found that it was impossible to find the CP problem in the research of Cossi superons, which directly negated the research they were doing.

nature.

Tian Guilin's impression of Wang Hao can hardly be called 'good'.

It's not that Tian Guilin has a problem with his character. If it were any scholar, he would feel very depressed if the results of his research were directly denied.

Now……

Tian Guilin thought and shook his head. He was already old, and it was meaningless to think about anything else.

In fact, he just came to support Liao Zhenxing and Wang Zhimin, hoping that the two could integrate into their new jobs as soon as possible.

soon.

Discussion begins.

When Wang Hao talked about the latest research findings, Tian Guilin, Liao Zhenxing, and Wang Zhimin immediately opened their mouths in shock, "What?"

"You discovered first-order lithium?"

"The ionization properties of lithium element compounds have been enhanced by more than twofold?"

"The first-order lithium content is 17%?"

Tian Guilin didn't dare to listen anymore, and immediately interrupted Wang Haodao, "Academician Wang, should we leave? These are not casual words."

"It doesn't matter."

Wang Hao said indifferently, "They all signed a non-disclosure agreement. Just don't spread it in these two days. In fact, the new discovery will be published soon, otherwise I won't say it."

"Physics and Theory of Annihilation?"

"right."

"fine……"

Tian Guilin breathed a sigh of relief. He didn't want to be involved in any 'leakage' incident. The new issue of "Annihilation Physics and Theory" will be released the day after tomorrow, so there is nothing to worry about.

In fact, not only Tian Guilin and the others were surprised, Paul Phil-Jones, Ding Zhiqiang and Helen were also surprised, and it was the first time they heard the news.

However, they were very calm.

because……

got used to!

Theoretical research and experiments are directly linked. Many of the research they do will first know the experimental results, and then conduct research on this basis.

The content of the research that Wang Hao continued to talk about also confused Tian Guilin and the others. He didn't talk about the experimental results anymore, but talked about the "specific magnetic field" issue.

"The substantial increase in the first-order lithium content compared to the first-order iron indicates that there may be some special physical phenomenon, which may be a special magnetic field."

"Lithium is less specific than iron, and because of that, it's higher."

"We need to analyze it in depth..."

The others started discussing immediately.

What they have discussed before is the possible existence of a specific magnetic field, and the surprisingly high content of first-order lithium indicates the possible existence of a specific magnetic field.

However, conventional physics experiments did not find it.

In this regard, Paul Phil-Jones put forward a point of view, "it may be related to nuclear mutations."

"The strong annihilation force not only acts on electrons, but also on atomic nuclei. The phenomenon of electron transition itself shows that the binding ability of atomic nuclei to electrons has been enhanced."

"The structure of the atomic nucleus has not changed, so what can change is probably the electromagnetic force between protons and electrons..."

"This may be a peculiar performance."

Helen agreed with Paul Phil-Jones' opinion, and added, "Perhaps we can further think about it. The specific performance is related to the change of the atomic nucleus. In the upgraded elements, the force between the atomic nucleus and the electron is strengthened. Is there such a possibility? ..."

"The nuclei and electrons are not necessarily in perfect balance?"

"The first-order iron is stable, but the balance of the internal force field is not necessarily a normal balance. If it is tens of billions of years or even longer, will the naturally upgraded iron in the universe be in the same state as it is now? Came out exactly the same?"

"It's hard to say."

What Helen said made the people in the office ponder.

Ding Zhiqiang said a joke, "To explore this question, maybe we should conduct nuclear experiments in a strong annihilation force field..."

The others looked over immediately.

Ding Zhiqiang smiled awkwardly, "It's just a joke, a joke..."

Wang Hao thought about it carefully, and gave Ding Zhiqiang a thumbs up, "Zhiqiang, what you said makes sense!"

"..."

Ding Zhiqiang didn't have Helen's joy of being 'affirmed'. Instead, he pursed his lips depressedly, and the depression in his heart was directly displayed on his face.

Paul Phil Jones suddenly said, "It does make sense."

"What?"

Ding Zhiqiang was puzzled.

Paul Phil-Jones said, "Our experiment is very limited, because we can't use experiments to know what kind of changes the slowly increasing annihilation force will cause to the elements."

"In the environment of a strong annihilation force field, it is hard to say whether the force between the nucleus and electrons will still be in normal balance. Perhaps the balance is only based on the conventional annihilation force environment."

"What if the balance is broken?"

"Then the existence of the abnormal phenomenon may be a feedback that the balance has been broken..."

Helen immediately realized, "You mean, after tens of billions of years, under the cosmic environment with enhanced annihilation force, maybe the state of iron element will no longer be stable?"

"In other words, elements that will decay now may become stable by then, and stable elements may decay?"

"right."

"That's really beyond imagination..."

Wang Hao made a conclusion, "So, if we want to understand this problem, we can only conduct nuclear tests in a strong annihilation force field..."

As he spoke, he looked at Ding Zhiqiang and exclaimed, "Zhiqiang, you are indeed a genius!"