In the eyes of Helen and Chen Mengmeng, Ding Zhiqiang is a very talented junior.

They were very unconvinced at first, but later found out that Ding Zhiqiang was indeed very thoughtful, and he could always put forward suggestions from a strange angle every time he researched, and gradually accepted the reality that 'juniors have more brains'.

As for awards......

These are just things that only the layman will look at.

There is some luck in the research in the academic field to win awards, and the content of the research and the award criteria will have an impact, which does not mean that the award is necessarily great.

They won the Nobel Prize in Physics, relying on research under the guidance of Wang Hao.

Ding Zhiqiang belongs to the type of bad luck, and another important point is that his light has been obscured.

He has participated in a lot of research led by Wang Hao and has played a great role, but in the eyes of others, Wang Hao is the one who mainly completes the research, even if the papers and results are signed by Ding Zhiqiang, they will be regarded as 'Wang Hao is promoting students'.

A very typical example of this is the study of higher-order particle functions.

The higher order particle function is the analysis of the mass point construction, the part about the proof of the Riemann conjecture, in the third paper, Ding Zhiqiang is the first author, judging from the author's signature, he is the person who has made the greatest contribution to the research, but the outside world believes that it was Wang Hao who promoted the students to give him the 'first work'.

"Xiao Ding is very thoughtful."

"If you can do research with him, it will definitely be very rewarding."

Both Chen Mengmeng and Helen thought so.

They began the battle for Ding Zhiqiang.

Helen said, "Ding Zhiqiang, Paul and I are doing research on the combination of quantum physics and annihilation physics, and we are ready to shape the electromagnetic structure ......"

She elaborated on her research.

Their research revolves around the forces between tiny particles in atoms, with the ultimate goal of analyzing the 'annihilation physics' direction of electromagnetic forces.

Ding Zhiqiang listened to the corners of his mouth.

Isn't this just the analysis of electromagnetic forces? Such a major study sounds a bit unreliable.

Chen Mengmeng said, "My research is not so profound, I just follow the direction of Mr. Wang, demonstrate the boundary characteristics of tiny particles, and analyze the principle of releasing photons." ”

Ding Zhiqiang pulled the corners of his mouth harder.

Isn't that high-end?

Particle tremors release photons, which involve energy, particles, and various physical and chemical effects, which can be linked to all aspects of physics.

Sounds less reliable than Helen's research!

Ding Zhiqiang doesn't want to do any research, how good is it to have time to play games and take a break? Life is all about enjoyment......

"Ahem."

He was full of embarrassment and said, "Two senior sisters, I really want to be with you, but I can't help it, I have to return to the project team next month, and I don't have time at all." ”

"I'm just too busy with my work."

"No matter who joins your research, I must first understand the basics, and when I understand the basics, I will leave......"

Helen and Chen Mengmeng glanced at each other, but they were still unwilling to give up.

However, what Ding Zhiqiang said is also true, he has been away from the Mason Number Laboratory for several months, and he is indeed busy with the work of the nuclear fusion engineering project team.

The two could only give up temporarily.

Seeing the two senior sisters leave decisively, Ding Zhiqiang suddenly picked up his mobile phone happily, and he didn't have long to be happy when he saw Chen Mengmeng coming back.

That's when he remembered an important question.

Two in one office!

……

After the research progressed, Wang Hao went to the Annihilation Force Field Experimental Base.

For Wang Hao, the most important thing is to grasp the main direction of research, as long as he grasps the main direction, he can find the technical direction.

That's enough.

As for the incidental theoretical research, it would be nice to leave it to someone else to do it.

He didn't care about the research results anymore, and once he had a clear direction, it would be good to let others study them.

He didn't want to be a part of it unless someone else couldn't solve it.

When he arrived at the Annihilation Force Field Experimental Base, he went directly to the Material Testing Center, found Shen Huiming and said, "You can use some way to increase your energy level." ”

He elaborated.

There are two ways to create first-order waves, namely excitation radiation and using the reflective properties of brown gold, either of which can be understood as 'increasing the energy of particles to release photons'.

This direction is certainly the right one.

But the right direction does not mean that there is a clear way, because from the perspective of physics, there is only one direct way to increase the energy of photons, that is, to release high-frequency light waves.

The energy of a photon is determined by its frequency.

When the frequency is high to a certain level, the photon energy level will naturally be very high.

Wang Hao said with certainty, "If you can create X-rays and gamma rays, there is a high probability that they will be first-order rays. ”

"Others need to be studied."

"I have two directions for you, one is to use high-frequency rays to create low-frequency electromagnetic waves."

"The other is to increase the intensity of the reaction when creating electromagnetic waves."

The latter, just an idea.

Increasing the intensity of the reaction can be understood as the intensity of the photon being made, which is like shaking a large tree vigorously.

If you use less force, the tree will only drop some dead leaves.

The force is relatively large, and fruits, green leaves, and even branches may be shaken and fallen.

Increasing the intensity of the reaction to release photons may also create light waves with a higher level of energy intensity, so that the photons can be supported by energy without degrading.

After listening to Wang Hao's words, Shen Huiming immediately had the main research direction, and he couldn't wait to prepare the experiment with the team.

First of all, they have to create high-frequency light waves.

If the high-frequency light wave produced is determined to be a first-order light wave, it will naturally prove that what Wang Hao said is correct, and follow-up experimental research can be carried out.

After leaving the material testing center, Wang Hao immediately returned to the main base of the annihilation force field experiment.

There is a lot of research to be done in the Annihilation Force Field Experimental Base, and they have created an annihilation force field with a rate of more than 17 times, but the fabrication of magnetized materials and the experiment of physical properties will take up a large part of time and energy.

This part of the work can be left to someone else.

Wang Hao is still concerned with the research related to the improvement of the annihilation force field, and the granular materials of CWF-043 have been continuously manufactured.

CWF-043 material fabrication is extremely complex.

One is because the material manufacturing itself is complex, and the other is the characteristics of the material, which can react with many elements when heated, so that the material is full of impurities.

The manufacturing process of granular materials will also be greatly affected.

At present, the production of CWF-043's granular material can only be carried out under laboratory conditions, and the speed of manufacturing is very slow, but a small sample of the material has been shipped.

Wang Hao took a look at the materials and carefully looked at the data, and he was still very satisfied.

The lab environment is slower, but the granularity is much finer, with internal particles ranging from 12 microns to 37 microns.

"At this level of data, the effect will be very good."

"To create an annihilation field in this way, maybe it will surpass the technology we have in the first place." Wang Hao said expectantly.

Xiang Qiansheng is also very much looking forward to it, "If we can improve it again, we will be able to exceed 20 times, and when the time comes, we will definitely get a lot of new discoveries." ”

"What I'm looking forward to the most is the gold element."

"Brown gold can be found now, which means that the gold element is not specific, that is to say, it can be 100% upgraded to first-order gold, Academician Wang, can it be understood in this way?"

"Yes."

Wang Hao also nodded expectantly, "Not only is it fully upgraded, but it also does not carry radiation, such as the conventional iron-56, even if the corresponding β element is manufactured, it also carries radiation." ”

"It's the same with other elements, upgrading to β element, whether it has radiation or not."

"Gold is not specific, brown gold has energy radiation, but only because it is β degraded, and our study believes that the elements that β deducted have energy radiation because it itself has endothermic properties."

"After the gold element is upgraded, it will no longer have the unstable characteristics of β and decrease, and there will be no radiation, which is very important."

Xiang Qiansheng nodded vigorously.

When an element is radiated, the range of applications is greatly limited.

The first-order gold element is indeed very much anticipated.

Wang Hao is also very much looking forward to the fact that CWF-043 granular materials will definitely be able to create an annihilation force field of more than 20 times, and they will definitely make many new discoveries.

Some discoveries may be unimaginable.

For example, is it possible to create second-order elements?

There are first-order elements, there are naturally second-order elements, if the second-order elements can be manufactured, the improvement of science and technology will be too great, and at that time, room temperature superconducting materials may no longer be theoretical, and can be directly manufactured through second-order elements.

In addition, is it possible to make a big breakthrough in the study of waves?

With the enhancement of the annihilation force field, the study of waves can also be more in-depth, and many first-order waves can be experimented in the strong annihilation force field.

In this way, it is possible to better understand the relationship between the wave and the annihilation force field.

……

Ding Zhiqiang still couldn't escape from Chen Mengmeng's palm.

The two of them are in the same office.

In the past, Chen Mengmeng did research by herself, so naturally she didn't care what Ding Zhiqiang was doing, but now it's different, she hopes that Ding Zhiqiang will join her research.

She was much more urgent than Helen.

Helen has always worked with Paul, and for Helen, inviting Ding Zhiqiang to join can be said to be the icing on the cake.

Chen Mengmeng is doing research alone, and scientific research itself needs to communicate and discuss with each other, and when she encounters problems, she will naturally seek Ding Zhiqiang to discuss.

So Ding Zhiqiang's gaming career has been interrupted.

"Ding Zhiqiang, look at this."

"This is a combination of functions that I have derived from studying the two-point and five-dimensional topology of photonic architectures, and I was just wondering, could the boundary of particles with mass be the same structure?"

"Is it possible that the energy of a particle is determined by this external structure?"

This question has always bothered Chen Mengmeng.

Chen Mengmeng uses the photonic structure to connect the boundary structure of the mass particles, and believes that the external structure of the mass particles may also be related to the two-point five-dimensional topology, but the composition is larger and more complex, but she is not sure whether her idea is correct, so she can only ask Ding Zhiqiang for reference.

Ding Zhiqiang rubbed his forehead vigorously, he really had no choice but to think about it for a while, and said, "Sister Meng Meng, if the particle boundary is such a structure, how do you explain the particle tremor?" ”

Particle tremor can be understood as 'particle energy', the greater the tremor, the greater the energy carried, and the external manifestation is higher temperature.

Chen Mengmeng said seriously, "Of course, the two-point five-dimensional structure of the boundary is larger and more complex, the energy carried by the particles will be greater, and under the influence of the annihilation force field, the amplitude of particle tremor will be greater. ”

"In this regard, I have carefully thought that the amplitude of a particle's tremor depends on the number of 'exposure points' of its external structure, just as a single photon will be affected by the annihilation force field, and the end of the two-point five-dimensional topology will be constantly annihilated, which will cause the energy intensity to continue to decrease."

"10 exposure points, and 100 exposure points, the situation is naturally different, so the particle boundary structure is more complex, which in itself can explain the tremor problem."

Ding Zhiqiang was shocked when he heard this, and he immediately asked the next question, "The structure becomes larger and more complex, and the quality doesn't increase?" ”

As soon as he finished speaking, he realized that he had asked a very stupid question.

Chen Mengmeng immediately shook his head and said, "Even photons are massless particles, and of course the two-point five-dimensional topology does not have mass, even if the structure is huge, it has no effect on the mass." ”

Ding Zhiqiang thought about it carefully, and couldn't help but be full of admiration for Chen Mengmeng.

Although it is only the content of the photonic architecture that is substituted into the study of particle boundaries, it is also a great thing to be able to come up with so many explanations and the underlying mathematical analysis.

He turned his mind and asked another question, "If you only increase the two-point five-dimensional structure, how can you release photons?" It can't be, two-point five-dimensional structures can also become photons, right? ”

This time Chen Mengmeng stopped.

Ding Zhiqiang smiled again, he finally found a question and asked the senior sister, so that the senior sister could continue to do research and would not disturb her entertainment and leisure anymore.

He's kind of overthinking.

After Chen Mengmeng thought carefully for a while, she immediately walked over and grabbed Ding Zhiqiang, "Ding Zhiqiang, let's think about it together." ”

"Actually, I've been thinking about this for a long time."

"I wanted to use the core structure of photons to connect and shape the boundary structure of particles with mass, but then I found that it was a dead end, and simply using the core structure to do mathematical analysis would conflict with the quality problem."

"Photons do not have mass, and photon nuclei do not have mass."

"So the crux of the matter is what is the essence of energy, and how to use mathematical methods to express energy."

"Let's do research together to solve this problem."

Chen Mengmeng said with some excitement, "This will definitely be an unprecedented theoretical and physical achievement, and it will become another major breakthrough in the theory of annihilation......

Ding Zhiqiang was dumbfounded when he heard this, and he asked in a daze with his mouth half open, "Your thinking is so clear, you have found the key to the problem......

"What are you doing with me?"