From university lecturer to chief academician Chapter 481 Researching a major breakthrough and finding the direction, Ding Zhiqiang: Who will save me...
Chapter 481 Researching a major breakthrough and finding the direction, Ding Zhiqiang: Who will save me...
"This world is so unfair!"
Ding Zhiqiang thought about the 'award' issue and couldn't help but feel a lot of pressure.
This pressure mainly comes from outside opinions. Many people regard him as Wang Hao's most proud student.
Among Wang Hao's previous students, he was the most famous, but as a result, other students have won various awards, but he is the only one who has gained nothing so far.
Helen and Chen Mengmeng won the Nobel Prize in Physics, reached the pinnacle of scientific research, and became recognized as the top scientists.
Qiu Hui'an was relatively inferior, but he also won several small awards, including the Zhong Jiaqing Mathematics Award he won during his Ph.D.
In addition, Qiu Hui'an's reputation is growing, and some of his research on number theory methodology are recognized by international mathematicians.
Many scholars in the field of mathematics believe that he hopes to win the Fields Medal in the next ten years for his research on number theory methodology.
Ding Zhiqiang does not have any impressive awards.
He thought carefully and thought that it was still a matter of research field. He could only say that he was very unlucky. His main fields were partial differential equations and algebraic geometry.
In the field of partial differential equations, Wang Hao is recognized as the world's first person, and the study of NS equations is only one of his achievements in this field.
He also has a series of research results on various types of partial differential equations.
Wang Hao has dabbled in and researched many influential partial differential equations, including the Monge-Ampere equation, the Laplace equation, and even the Young-Mills equation. Many advanced mathematics books in related fields are now available.
Related to Wang Hao’s research.
It is also difficult to produce results in algebraic geometry.
If we push forward ten years, algebraic geometry was a small branch of mathematics, but it is different now. Superconducting semitopological theory has had a great impact on algebraic geometry.
Nowadays, some undergraduate colleges and universities have set up algebraic geometry courses, and many mathematics-oriented scholars will choose to develop in the direction of algebraic geometry.
This direction can help them find a job related to the research of superconducting materials.
With the rapid development of superconducting technology, there are many related jobs. Many materials companies will specifically recruit graduates majoring in algebraic geometry.
In other words, the number of scholars specializing in algebraic geometry has increased significantly.
Under such circumstances, the competition for further research becomes extremely fierce, and it is difficult for small results to be taken seriously.
"Still bad luck."
"I really envy Senior Chen Mengmeng. She did nothing after graduation and won the Nobel Prize based on her achievements during her doctoral period."
Ding Zhiqiang's mouth burst with envy.
When he saw Chen Mengmeng reading the information intently, he suddenly thought if he should work harder?
Then he slapped himself hard.
"Snapped!"
This sound made Chen Mengmeng raise her head. She looked at Ding Zhiqiang with confusion, her eyes seemed to ask, "Do you have any questions?"
Ding Zhiqiang gritted his teeth and muttered, "Just wake up!"
"It doesn't matter what the award is or not. Living freely and freely is the most important thing. What else is there to do research on? I'm tired enough now."
"Don't be misled by others!"
…
After Wang Hao determined the new research direction, everyone in the research team worked very hard, and the hardest working people were Helen and Chen Mengmeng.
The two people were still having conflicts. They didn't say a word when they met. They were like strangers, but they had obviously become competitors.
Now is your chance to compete.
When Chen Mengmeng thought about Helen saying that she was an 'ordinary person without noble blood' and 'had no chance to be Wonder Woman', she felt suffocated in her heart and decided that her research performance must surpass Helen's.
Helen was dismissive, but she didn't want to be surpassed by Chen Mengmeng.
So they all worked very hard to read the information and do research, hoping to have some ideas that would perform better in the research group.
Their efforts put pressure on others.
For example, Paul and Huang Xing.
Paul and Huang Xing also like to live a leisurely life. They are not busy all day, but rest most of the time. After all, doing research is very mentally demanding, and proper rest is very important.
However, seeing two girls who had just won the Nobel Prize spending almost all their time reading materials and doing research, they also felt very stressed.
"Chen Mengmeng and Helen are working so hard, and we just sit around...it's not good!"
"It would be very embarrassing if I were compared with them."
"I suddenly thought of a word. Is this called involution? Everyone was very relaxed at first, but in the end..."
"Hey~"
They could only shake their heads and sigh.
The most leisurely person is Ding Zhiqiang. He picked himself up after being hit and decided to continue to rest leisurely.
Research?
impossible!
He shamelessly asked Chen Mengmeng for some information. After taking the time to scan it a few times, he started playing the game leisurely.
This is enough.
When Teacher Wang asked about it, he said that he had checked the information but had no good ideas?
Scientific research, after all, is about innovation.
He had just returned from the nuclear engineering project team, and he was completely exhausted. Naturally, he had no inspiration or innovation.
soon.
A week has passed.
Wang Hao gathered everyone together again and held the first meeting after establishing the research.
The one who came up to give the report was Helen.
Helen's research is very brilliant. She used the content of photonic architecture to re-analyze the 2.5-dimensional topological structure and believed that "the topological structure can continue to be extended."
"Upgraded photons can exist in a strong annihilation force field, and their 2.5-dimensional topological structure will definitely be more complex..."
"Theoretically, the speed of upgraded photons will be faster, and the speed of the normal annihilation force field environment will also be faster."
"We need to conduct more sophisticated analysis of the two-point-five-dimensional topological results."
Helen concluded.
Wang Hao frowned slightly and asked, "How did you come to the conclusion that upgraded light waves are faster in a normal annihilation force field environment."
"It's easy to understand."
Helen said, "In an anti-gravity environment, the speed of light will decrease, but in an extreme anti-gravity environment, the speed of light will only decrease by half."
"So the speed of upgraded light waves will be faster in the normal annihilation force field environment."
Wang Hao nodded slightly and said, "Your deduction sounds okay, but the conclusion is wrong."
Helen sat down a little unconvinced.
Wang Hao did not continue to listen to her, but looked at the others. Chen Mengmeng raised her hand to make a report. The first sentence she said was eye-catching, "We should analyze the first order from the root cause."
Wave."
"source?"
Everyone else looked over immediately.
Chen Mengmeng said, "Although they are both upgraded, photons and particles with mass are different. Particles with mass can be upgraded with the enhancement of the annihilation force field, but photons cannot."
"When the annihilation force field is strengthened to a certain extent, photons will annihilate spontaneously."
"Photons all have a lifespan. I believe that the lifespan of a photon is determined by the energy it carries. If the energy it carries is strong, its lifespan will be long. If its energy is weak, its lifespan will be short."
Wang Hao nodded as he listened.
This is a statement in the physics community, but because the measurement of photon lifetime is complicated, there is no direct experimental proof.
Chen Mengmeng continued, "All upgrading waves and upgrading photons can only be produced with the upgrading of particles with mass."
"Photons cannot be upgraded out of thin air."
"No one objects to this statement."
"So, the upgraded photons must be newly generated, not upgraded from the original photons. So when we study upgraded photons and upgraded waves, the most fundamental thing is to study the matter itself."
After she made the introduction, she talked about her research in detail.
The content of Chen Mengmeng's research is indeed eye-catching. She understands ascending photons and ascending waves from their roots, and some conclusions are beyond doubt.
For example, upgraded photons are generated from upgraded matter.
Translated downward, it means that 'energy is generated from matter' and 'energy cannot exist alone', which are basic laws in physical theory.
After Chen Mengmeng finished speaking, Wang Hao pursed his lips and nodded slightly, confirming her research results.
He looked at Ding Zhiqiang thinking and asked, "Xiao Ding, what do you think?"
Everyone looked at Ding Zhiqiang.
Ding Zhiqiang wanted to say, "I'll open my eyes and see," but he hesitated and didn't say anything. It took him a long time to hold back a sentence, "I think... experiments are more important. It's difficult to draw conclusions based on imagination. Isn't there already a first-order wave?"
Are you ready? You can do more experiments..."
Wang Hao nodded vigorously and affirmed, "Go straight to the root!"
"ah?"
Ding Zhiqiang didn't expect that he could get compliments from Wang Hao just by saying something casually, and he immediately felt that he was being PUAed in reverse.
At this time, Wang Hao continued, "Actually, there were new experimental findings yesterday. The reason why I rejected Helen's conclusion just now is also related to the experimental findings."
"Our optical team measured the first-order red wave reflected by brown gold and determined that the speed is consistent with the conventional speed of light."
"In other words, in a conventional annihilation force field environment, the speed of the first-order wave is only the speed of light."
After Wang Hao finished speaking, others immediately started discussing.
This is definitely a very important experimental result, and it is very easy to study. Just like Helen's derivation, many people believe that the speed of first-order waves exceeds the speed of light.
Now that there is a definite result, the theory of 'transceiver speed of light' has been denied.
Helen gritted her teeth in dissatisfaction.
At this time, Wang Hao also consoled him, "Helen, although this conclusion is wrong, your research is also very meaningful."
"Actually, I have also done a lot of research, and combined with your and Chen Mengmeng's research, I have also come to several conclusions..."
He said more seriously, "First of all, I think energy particles are the basic building blocks of particles with mass. Because of this, thermal radiation occurs in matter, and various electromagnetic waves appear in various physical and chemical reactions."
"If we make an analogy, it's like an atom. Some of its normal reactions are to split into a photon."
"This conclusion should be easy to understand, right?"
Others immediately started discussing.
The smallest units in current microphysics are electrons and quarks. There is no research on smaller substances, but Wang Hao made a possible speculation.
Energy particles are the basic building blocks of matter?
A large number of energy particles combine together in a certain pattern to become a particle with mass? This possibility exists.
First, it does not violate any physical laws.
Secondly, it can also explain many physical phenomena, such as the annihilation of a large number of photons and the generation of new photons in the reflection of light.
Finally, it can also explain the conversion of energy into matter.
Wang Hao waited for others to digest it and continued, "The next conclusion is that upgraded energy particles are the basic unit of upgraded particles with mass..."
This sentence immediately aroused controversy.
Helen immediately objected, "If the energy particles are upgraded to form upgraded particles with mass, then conventional first-order materials can produce first-order waves in large quantities!"
Chen Mengmeng agreed, "This is contradictory. As far as we know, conventional first-order materials cannot easily create first-order waves."
Paul Phil-Jones and Huang Xing also agreed.
Wang Hao turned to look at Ding Zhiqiang and asked, "What do you think?"
Ding Zhiqiang pursed his lips hard and looked at the others. He didn't know which side he should stand on. Suddenly he noticed Helen and Chen Mengmeng's scrutinizing eyes, and his heart suddenly became angry.
He thought carefully and used his brain to find a reason to support Wang Hao, "I think there is nothing wrong with what you said, Teacher Wang, but there must be a premise. Upgraded energy particles will degrade in a conventional annihilation force field environment.
Phenomenon. This makes sense!"
Wang Hao was stunned after hearing this.
He gave a thumbs up to Ding Zhiqiang and said with all his heart, "You are indeed Xiao Ding!"
This chapter is not finished yet, please click on the next page to continue reading the exciting content! "You have finished my conclusion!"
"simply……"
“Excellent!”
…
What Ding Zhiqiang said was exactly what Wang Hao concluded.
The main reason why first-order elemental materials cannot excite first-order waves is that the order-reduction phenomenon will occur for up-order particles in the normal annihilation force field environment.
This conclusion is supported by experiments.
The research results of Shen Huiming's team show that during the propagation of first-order waves, conventional waves will continue to be scattered around. It is based on this phenomenon that they applied to build a large radar base station for detecting first-order waves.
The conventional waves scattered around first-order waves are the manifestation of the downgrading of up-order photons.
"We are now able to excite first-order waves through two methods, one is to excite radiation, and the other is to use the reflection properties of brown gold."
"The two approaches have something in common."
"Two words - energy!"
Having said that, there is no need to continue.
Exciting radiation will naturally bring a large amount of energy to the material, and brown gold has the characteristics of strong absorption of electromagnetic waves, which will continuously increase the energy in the process of absorption.
Let’s connect it to Chen Mengmeng’s research conclusion: the lifespan of a photon is related to the energy it carries.
Everything is clear.
The reason why first-order materials cannot create first-order waves by conventional means is because of the 'insufficient atomic energy', which causes the up-order photons emitted by electromagnetic reactions to 'downgrade' directly under normal circumstances, and what is released is just conventional photons.
electromagnetic waves.
After Wang Hao made a brief summary, he handed over the subsequent theoretical improvement work to other people in the research team.
Then, the meeting adjourned.
A group of people left the conference room while discussing.
Ding Zhiqiang walked the fastest. He couldn't wait to return to his office, picked up his mobile phone and was about to play a game.
But before the game started, Chen Mengmeng and Helen came over one after another.
Chen Mengmeng was the first to come over and said seriously, "Ding Zhiqiang, Teacher Wang has explained the work, let's study it together!"
"Just right, we share an office."
Helen also came over and said to Ding Zhiqiang, "Ding Zhiqiang, come with me, you and me, and Paul. The three of us. You have great ideas in research. Join our group and join forces. We will definitely be able to..."
Before she finished speaking, Chen Mengmeng grabbed Ding Zhiqiang's arm, "I came first, and Ding Zhiqiang and I share an office!"
“This is not a queue, it’s not about first come, first served!”
Helen hesitated for a moment, then gritted her teeth and grabbed Ding Zhiqiang's other arm.
"Be with me."
"Be with me……"
Ding Zhiqiang looked left and right, and his scalp suddenly felt numb. He didn't want to do any research at all, he just wanted to stay in the office and play games to relax.
However, neither of the two senior sisters can afford to offend them, so what should they do?