From University Lecturer to Chief Academician

Ding Zhiqiang walked over slowly and gave Wang Hao a hug.

At this moment, he suddenly felt that Wang Hao was really good. Recalling the past, when Wang Hao asked him to do research, it was just a task.

There is plenty of time to relax along the way.

At that time, he still felt that it was very troublesome and delayed his leisure time.

After working with Helen and Paul, he found that working with Wang Hao is simply too blissful.

External public opinion is generally rated as 996 and 007 for long working hours.

The work intensity of Helen and Paul has already surpassed 007's level. When they focus on research, except for sleeping and eating, the rest of the time is used for work.

That kind of energy made Ding Zhiqiang want to die.

Helen said that they worked together for more than ten days, but that was not the case. In the ten days before the ten days, they were thinking about problems, searching for a lot of information, and conducting various researches on assignments. There is no time for rest.

In fact, Ding Zhiqiang didn't want to work with Helen at all.

Before that, he was sitting relaxedly in the office with Chen Mengmeng, spending most of his time playing games and watching movies.

Both of them are the kind of people who pursue a relaxed life. Now that they have completed their research, they naturally have to rest for a while, but Helen came to the door.

"You've done your research with her, come join me too!"

Helen's tone was very firm, "I believe you are definitely interested in this research, and of course, it is impossible for anyone to refuse."

"I reject!"

Ding Zhiqiang refused without hesitation.

Then I heard Helen's next words, "I have already contacted my uncles and aunts, and explained to them that you want to work with me. It doesn't matter if you don't go home for a while."

Ding Zhiqiang was dumbfounded when he heard that, he immediately went to the school's canteen, and met his parents who were addicted to small business.

"Daqiang, you can do research with Helen, you don't need to go home, it's fine."

"Go, don't waste time."

"Doing research is the most important thing, your senior sister won the Nobel Prize in Physics, and you have to get an award back!"

"Your father, I have no hope. Our family's Guangzong Yaozu depends on you."

"Speaking of which, that senior sister of yours is really pretty."

His mother pulled him aside and whispered, "Is she interested in you? Daqiang, you can seize the opportunity. Although she is a foreigner, she is younger than you and has won such a big prize. It is said She is a super genius, you should work with her more and get in touch with her more..."

"Balabala~~~"

Ding Zhiqiang was dumbfounded.

He was very reluctantly kicked out by his parents.

After returning to the Mason Number Laboratory, Helen dragged him to the office, and then they started their research.

Helen's research is very complex.

The core of their research is the core problem of photons. There is no reference content for this problem. Even for the study of photon structure, the core is only a kind of "definition".

It's like the definition of a fundamental particle.

For example, quarks, quarks make up protons and neutrons, quarks have many characteristics, including the strong force between each other, and so on.

But what kind of configuration is a quark?

There is no related research within the scope of physics, so quarks are actually a definition of the composition of fundamental particles.

This kind of research requires a very rich imagination, and also needs to combine annihilation physics, quantum physics, and refer to other microscopic theories.

So they need to check a lot of information.

After checking a lot of information and doing a lot of analysis, they still couldn't find the entry point for the research. Paul and Helen continued to analyze the photon upgrade process, but Ding Zhiqiang had no idea at all. He even hoped that these two people would hurry up It's better to give up.

So when asked about his thoughts, he simply said, "Maybe your thoughts are all wrong."

"for example?"

"For example?" Ding Zhiqiang used his brain to think of an answer, "You have been studying the way photons form upgraded photons, but maybe the photon upgrade has nothing to do with the photon itself?"

"Photon promotion has nothing to do with the photon itself?"

Helen and Paul looked at each other, and then began to ponder seriously.

They found that Ding Zhiqiang's idea was very good. The promotion of photons has nothing to do with the photons themselves. It can be understood that the promotion of photons is related to the particles that release photons.

Ordinary photons cannot form first-order photons, and their mathematical logic has nothing in common with each other.

So the research has been slow to progress.

Paul and Helen couldn't help but sigh, "Ding Zhiqiang, you are indeed a genius! No wonder Wang Hao likes you so much."

"Why didn't we think of that?"

"Your idea is so good, it's really wonderful, and you directly found our problem."

"Maybe this is the right direction..."

Then I started working non-stop for more than ten days.

In the end, the three of them completed the underlying mathematical construction work together, and also completed the theory about the correlation relationship between photons of higher order and particles with mass.

Helen excitedly said to Wang Hao, "We call it "The Theory of Advanced Light Particle Characteristics"."

After finishing speaking, she added in a low voice, "To be precise, it is "Theory of Raised Light Particle Characteristics Based on Energy Prime Numberization"..."

Their research is ultimately based on the premise of energy priming.

In fact, Helen is unwilling to use the theories researched by Chen Mengmeng, but in the process of constantly improving their mathematical work, they found that using the mathematical logic of energy prime numbers makes the mathematical work much easier, otherwise it would be a big problem to express .

Both Paul and Ding Zhiqiang support the use of "energy prime number" construction content.

Two to one.

Helen could only accept it.

After listening to Helen's explanation briefly, Wang Hao thought about it carefully and asked, "Your research has been completed? Right?"

"Yes!" Helen said.

Ding Zhiqiang nodded listlessly.

Wang Hao said, "Let's do this. It's not interesting for me to listen to the content alone. You just make a report at school and invite everyone else to listen."

This can also be regarded as an academic report.

If Wang Hao is the only one who listens to the content, it is equivalent to his own judgment, making a small public report and letting others listen to it, which is equivalent to an academic report.

...

The next morning, the report was held in a classroom of Xihai University.

Helen first went to the stage to give a report on behalf of the team, and some mathematics professors and physics professors from the school sat in the audience.

Although it was just a report in the school, there were also big shots in the audience.

Among them, Wang Hao, Bill Carr, and Chen Mengmeng must be mentioned. They are all Fields or Nobel laureates. Others include Zhang He, Tian Hong, Peng Yanli, Luo Dayong, Huang Xing and so on.

Zhang Zhiqiang, Zhu Ping and others also came.

The two of them sat with Luo Dayong.

Before the report started, Zhang Zhiqiang kept saying, "Helen, Paul, and Ding Zhiqiang's research report must be very exciting."

"Yesterday, Wang Hao told me that I have nothing to do today, so I just came over to have a look."

"Don't look at me as an information major, but my math ability is not bad. Remember I used to do research with Wang Hao?"

Several people around were listening.

Some also nodded.

In the Mason Lab, Zhang Zhiqiang is definitely not ranked high in mathematics, but in the entire Xihai University, he can also be called "top".

In terms of position, Zhang Zhiqiang is the deputy director of the Mason Number Laboratory.

In terms of professional title, he is already a second-level professor.

Zhang Zhiqiang has also led the team to do many projects, including cooperation with space agencies, aviation industry groups and other institutions.

He said that his math ability is not bad, so he is naturally recognized by some people.

Of course, those who know don't see it that way.

For example, Luo Dayong.

Luo Dayong looked at Zhang Zhiqiang with disdain, and muttered in a low voice, "What you said is fine, but I guess you don't understand it."

"What?"

Zhang Zhiqiang suddenly became unwilling, "I don't understand? Don't be kidding, even if I don't study theoretical physics, I still have the foundation!"

Luo Dayong shrugged indifferently.

At this time, the report had already started, and Helen first introduced the research content, "Our research is based on the energy prime number, to study the structure of the upgraded photon core and the relationship between the particles with mass."

"It is mainly to study the problem of photon promotion."

As she spoke, she opened the prepared PPT, projected it on the screen, and saw a sentence written on it.

Helen read it out, "All the content of the research can be summed up in one sentence..."

"Everyone come and see."

"Based on the prime number of energy, the photon's step-up is the directional evolution of the composition of the internal mass points of the mass-bearing particles to maintain the existence of the strong annihilation force field."

This sentence stunned 90% of the audience.

Luo Dayong poked Zhang Zhiqiang with his elbow, and asked in a low voice, "Zhang Zhiqiang, Professor Zhang Da, please explain to me what this sentence means?"

Zhang Zhiqiang stared at the curtain without moving his eyes.

With his mouth half open, he spit out for a long time, "Da Luo, I already regret coming here."

"Why do you want to blame yourself?"

"How comfortable it is to drink coffee and watch movies in the office now..."

Many people have the same thought.

In fact, it is also very normal. When a new theoretical physics research or advanced mathematics research is presented, more than 90% of the people do not understand it. Generally, only the top in the field can understand the content. scholar.

On the spot, that is Wang Hao and Chen Mengmeng.

Wang Hao can understand, so he doesn't need to say more.

Chen Mengmeng can understand because the research is based on energy primes, and she also learned a lot of research content from Ding Zhiqiang.

The others, including Bill Carr and Huang Xing, were waiting for Helen's follow-up explanation.

It would be great if they could understand the content of the explanation, but most people felt like they were listening to a bible even in the subsequent explanation and mathematical analysis.

Of course.

No matter whether other people could understand or not, Helen, Paul and Ding Zhiqiang came to the stage and gave reports respectively.

After the contents of the report were all completed, Wang Hao stood up and applauded vigorously, and the others also quickly stood up and applauded. Even though some people did not understand the content at all, it did not prevent them from pretending to understand.

In fact, the core content of Helen's trio's research is that sentence.

Their theoretical research also draws several conclusions.

For example, the promotion of the photon has nothing to do with the photon itself, but is directly related to the promotion of the particle with mass that excites the photon.

This sentence can be understood as, without the upgraded particles with mass, it is impossible to produce the upgraded photons.

Only when there is mass can energy be produced.

At the same time, if the internal composition of the upgraded particle changes, the mass points excited by it will be combined together, and whether the photon is upgraded is determined by the number of combined mass points.

The number of mass points is small, and what constitutes is the "ordinary core", which is the ordinary photon.

on the contrary.

Wang Hao made a very high comment, "Your theory can be fully integrated into the annihilation theory, and it can be justified by itself."

"Based on the prime number of energy, this choice is very good, it greatly simplifies the mathematical content, otherwise it will not be easy to find an entry point."

"The follow-up is also very exciting. You have explained the phenomenon of downgrading the photons after returning to the normal annihilation force field, which is very subtle."

"Anyway, it's wonderful!"

Helen and Paul were relieved by Wang Hao's comments. Their research was recognized by Wang Hao, which basically meant that there was no problem.

Ding Zhiqiang also smiled.

Anyway, he also participated in the research and made a great contribution.

A whole month!

Looking back on the hard work of the past month, Ding Zhiqiang once again had the urge to cry, and he said to Helen, "Helen, I don't regret participating in your research."

"but……"

"If there is such a research in the future, I must be excluded!"

"I will never join again."

What he said was very serious, and the thoughts in his heart became more firm, "I, Ding Zhiqiang, even if I die immediately, I won't work with Helen anymore!"

...

Wang Hao's evaluation of Helen's trio's research is indeed very high.

This is not only on the theoretical level, but also has a certain practical value.

Shen Huiming's team has been researching and stimulating first-order electromagnetic waves, but the results of various experiments are not very good. It's not that first-order electromagnetic waves cannot be produced, but the manufacturing cost is very high, the technology is very complicated, and there is not much practical value. .

This is a big question.

Now the Helen trio’s research thinks that the step-up of the photon has nothing to do with the photon itself, and is directly related to the step-up particle. It can be thought deeply, that is, under the environment of conventional annihilation force, the means of creating electromagnetic induction are all ineffective.

Then there are only two methods left to produce the first-order electromagnetic wave, one is to carry out in the strong annihilation force field.

The second is the way of energy excitation.

Before, Wang Hao also considered that it could not be produced by conventional means, and could only use the method of energy stimulation, but the content was not so clear, and many methods and methods were uncertain.

Can now be sure.

This aspect is still very important, which means that many experimental methods that are 'certainly not successful' can be ruled out, which is naturally very meaningful for the research itself.

The first-order electromagnetic wave is indeed too important, directly related to radar technology.

Radar is the eye.

For example, the F-ray generation technology is already quite high-end, but if you want to attack satellites in space, you must use radar guidance.

Satellites in space are difficult to detect with ground-based radars.

If a first-order radar with strong penetrability can be manufactured, the detection range of the ground radar to the air can easily reach thousands or tens of thousands of kilometers, and it will not be blocked by anti-detection devices, so it can easily guide F-rays to attack target.

At the same time, it can also achieve a full range of space monitoring, allowing related fields to completely catch up with international standards.