In the field of basic materials in China, Wang Hui is the one who is "envied, jealous and hated". Before, he was a materials expert and a researcher in the field of metal research, but he was not yet at the top level.
After being invited by Wang Hao to join the annihilation force field experimental team and setting up a special materials testing center, Wang Hui became the top materials expert at home and abroad at a rapid speed.
Along the way, he came up with various research results on new elements.
These research results are all related to first-order elements. The problem is not the first-order elements he created, but just the preliminary properties of the first-order elements.
Of course, Wang Hui must have certain abilities.
But in the top academic circles, many scholars in the same field are naturally not convinced by him, thinking that it is all Wang Hui's good luck.
"If Wang Hao had invited me back then..."
"Then it's definitely not worse than Wang Hui, no, it's definitely better than him!"
Many scholars in the same field think so.
When something happens to me, I can go to the Materials Testing Center and study with "Wang Hui, who I don't like", and my mentality will naturally be different.
To use an inappropriate metaphor...
You can’t win the grand prize when buying lottery tickets, but you can win the first prize. If you can’t win the first prize, you can still accept the second or third prize.
Even if you win just five dollars, it’s still money!
Better than nothing!
Several large institutions, including the Institute of Materials Science of the Academy of Sciences, the Institute of Aeronautical Materials, the Center for Basic Science, etc., have seen scenes similar to those of Liu Bin and others.
Compared to going to the materials testing center and participating in the determination of the latest first-order elements, it is not a big deal to "suffer a little aggrieved" while doing research with Wang Hui.
That's the materials testing center!
The scientific research institutions that scholars now yearn for the most are the antigravity behavior research center around Wang Hao, the annihilation force field experimental group and the accompanying material testing center. The three research institutions are interrelated and can continuously produce new cutting-edge technologies.
Discover.
Moreover, you don’t have to worry about funding at all!
Most scientific research institutions have to worry about funding. Even the Academy of Sciences and institutions under the Aviation Group seem to have a high amount of scientific research funding. However, because there are so many researchers and teams, there is not much funding allocated to individuals.
Many scholars want to apply for a project, but they have to go to great lengths to get funding, write report after report, and have to go through layers of approvals. In the end, they may not be able to get full funding.
It's different if you join the Materials Testing Center. Not only can you participate in the most cutting-edge research, it's easy to apply for funding if you have any good ideas. You don't need to go through any superior approval at all. You only need to get the support of the person in charge of the testing center, such as Wang Hui.
Another example is Wang Hao, who is at a higher level, and the funds can be approved directly, and he can also do his best to provide the best environment.
Which scholar wouldn’t want to join this kind of scientific research institution?
Funding is one aspect.
What scholars are more excited about is being able to participate in the determination of first-order elements. As long as they join in, there will definitely be results.
For scientific researchers, research content is really very important.
For example, in the materials industry, it is too difficult to achieve results from pure basic research. If you want to achieve results, you need ability on the one hand, and luck on the other.
The latter is often more important than the former.
The vast majority of scientific researchers apply for funding to conduct research on a project for several years, and the final results are only a few papers.
As for the application of results...
More than 99% of research results can only be used as academic accumulation and cannot enter the application level at all.
Just like the research on superconducting materials, including the popular kj033 some time ago, its influence has reached a world level. A large number of media have done publicity and reports, a large number of institutions have participated in testing work, and there are a lot of related discussions, but no matter what the results are
In this way, it can still only be used as academic accumulation, because mass production is simply not possible and can only be made in the laboratory.
There will be no large-scale investment by companies in such uncertain materials.
So you can imagine how important the opportunity to join the Material Testing Center is. In the face of such an attractive opportunity, face is not a big deal at all.
soon.
Researchers selected by various institutions came to the materials testing center one after another. They were destined to not be idle after their arrival.
Nowadays, the material testing center has too much work.
Deng Bin is one of them. His greatest achievement is the research and development of sodium ion power generation technology, so his first task was to study the ionization characteristics of "first-order nanoelements".
at the same time.
Wang Hao finally had some free time.
The work of the Materials Testing Center does not require his participation. Any major discoveries will definitely be reported. He just needs to wait.
Wang Hao returned to Xihai City and stayed with his family for a few days.
After that, I went to Xihai University to see the research progress of Helen, Chen Mengmeng, Paul and others related to the annihilation physics theory.
As a result, before I finished my morning coffee, I received a message asking me to go to the materials testing center.
Shen Huiming’s team made a major discovery.
"major discovery?"
"Beta copper and brown gold together realize the energy absorption of first-order waves?"
Wang Hao was very interested when he heard the content. He hurried to the material testing center. After entering, he first went to Wang Hui's laboratory.
After entering the testing center, he found that many new people had arrived. Some people saw him from a distance and rushed over to say hello and shake hands.
A few others simply gathered around.
Wang Hao knew that those who joined the testing center must be outstanding scholars, so he shook hands with them one by one and exchanged a few words with them.
For example, pay attention to their research.
Among them, Deng Bin left a deep impression, "I am doing research on sodium-ion power storage technology. It is now generally believed internationally that sodium-ion power storage technology will become an alternative to lithium-ion power storage technology in the future."
"We have developed a sodium vanadium phosphate fluoride powder with a special crystal structure, which can be used as the cathode of the battery and has very high energy storage capacity."
"Of course, the technology is not yet mature, but I believe there will definitely be more research in the future and technical difficulties will be overcome one by one..."
Deng Bin said a lot.
He is naturally very confident in his professional field.
There is a certain reason why sodium-ion battery technology is favored, because lithium batteries are widely used, their chemicals are becoming more and more expensive, and lithium ores are unevenly distributed around the world.
Well, it's different.
Alkali metal sodium is found everywhere in the world, and the resources are so abundant that they cannot be used up.
Deng Bin also continued to talk about his current research, "I measured the ionization characteristics of sodium ions, and the data obtained showed that first-order sodium has higher activity, which means that the characteristic base made based on it
Metal sodium has higher electricity storage capacity..."
"Its power storage performance may not reach the level of first-order lithium, but it will be improved compared to conventional lithium. At the same time, with further technological breakthroughs, its cost will be greatly reduced..."
Deng Bin was explaining his research to Wang Hao, and psychologically he must have hoped to get Wang Hao's support.
Unfortunately, Wang Hao is not very interested in this aspect.
He thought silently for a moment and said, "Professor Deng, I think your direction is wrong. You should not be obsessed with the direction of sodium ion storage, but look for other directions."
"Why?"
Wang Hao asked, "Professor Deng, don't you care about the news?"
Deng Bin was stunned for a moment.
"First-order silver, superconducting."
"??" Deng Bin was a little confused.
Wang Hao sighed and explained, "First-order silver, the normal state is close to superconducting properties. We now have superconducting battery technology. If we use first-order silver to make superconducting batteries, superconductivity can be achieved at room temperature, and the cooling system will be simplified.
If there are many, many, the cost will naturally drop significantly."
"In other words, the future direction of electricity storage technology may be superconducting rather than fossil energy storage. Do you understand?"
"..."
Deng Bin was stunned after hearing this.
He stood there for a long time with his mouth half open, and murmured, "So, the nano-ion power storage technology will probably never be used?"
"Then what's the point of my research?"
Wang Hao patted his shoulder hard and said, "Every research is meaningful, so we study the ionization characteristics of first-order sodium element."
…
Wang Hao doesn't know how to comfort people, he just tells the truth.
After chatting with Deng Bin for a while, he went to the small laboratory building in the corner of the testing center, where Shen Huiming's team was located.
Shen Huiming will be waiting at the door early.
When he saw Wang Hao approaching, he immediately greeted him and introduced the research results, "It's beta copper and brown gold. It mainly uses the energy-absorbing properties of brown gold."
"We used beta copper to establish a special magnetic field and placed brown gold in it. When the first-order wave passes through, energy loss will occur."
"That is, the frequency of the first-order wave dropped and turned into a lower-frequency first-order wave."
"We have done many experiments and found that the energy loss of the first-order wave is directly related to the strength of the magnetic field established by beta copper."
"The higher the magnetic field strength, the greater the energy loss..."
After hearing this, Wang Hao thought about it carefully and asked, "In other words, if you can create an ultra-high frequency first-order wave, you can use this technology to weaken it to a first-order wave with an appropriate frequency?"
"right!"
Shen Huiming nodded very vigorously.
Wang Hao continued to ask, "So how do you create ultra-high frequency first-order waves at low cost?"
"..."
Shen Huiming immediately shut his mouth.
Their method of producing high-frequency radio waves still uses strong energy to stimulate radiation. The manufacturing cost is very high, the preparation process is very complicated, and the possibility of failure is very high.
This is a costly and very unstable technology.
Shen Huiming added a little depressed, "We also did a side test of first-order electromagnetic waves, and the results proved that the speed of two first-order waves with twice the frequency difference is the speed of light."
His words were very plain, and he felt that it was just a first-order wave property determination and had no special significance.
Wang Hao frowned and said immediately, "This measurement is very important. You will measure several more first-order waves of different frequencies to see if they are all the speed of light."
"Okay~~"
Shen Huiming was a little confused.
After Wang Hao heard that 'first-order waves are the speed of light', he suddenly thought of theoretical issues. He had known for a long time that first-order waves were the speed of light in a normal annihilation force field environment.
But the question is, "Can the normal annihilation force field and first-order wave break through the speed of light?"
"The first-order wave is the speed of light, why?"
"In other words, what determines the upper limit of the speed of light?"
Although there have been many studies related to first-order waves, there is no systematic explanation of these contents, which means there is a lack of theory.
For a whole day, Wang Hao was thinking about related issues. He thought of Chen Mengmeng and Ding Zhiqiang's research on energy priming, thought of the particle boundary theory demonstrated based on this, and thought of Helen, Ding Zhiqiang, and Paul Phil-Jones. , the photon upgrade argument completed together, and then connected with the theory of cosmic expansion and other theories related to the annihilation force field.
etc.
"This is the lack of theory, a blind spot in research..."
"When we go deep into explaining the speed of light, it will involve very complex underlying issues, specifically, what is energy, the relationship between the annihilation force field and the basis of energy, as well as cutting-edge quantum physics discoveries, including the Higgs field and the God particle. mechanism……"
The more deeply you think about it, the more complicated it becomes.
However, questions keep lingering in my mind.
On that day, Wang Hao visited the experiment of Shen Huiming's team, and also conducted a first-order red wave creation experiment and measured the speed of the first-order red wave. The data obtained was indeed close to the result.
This shows that the speed of the first-order wave under the normal annihilation force field is the speed of light.
The next day, Wang Hao couldn't wait to return to Xihai University.
Mason Mathematical Sciences Laboratory.
Wang Hao convened the research team, including Chen Mengmeng, Ding Zhiqiang, Helen, Paul Phil-Jones, Huang Xing, Zhang Zhiqiang, Luo Dayong and others.
"Now we have experimentally measured first-order waves of different frequencies, and their speeds under the normal annihilation force field are all the speed of light."
"This is a very important experimental result."
"But, I was just thinking, what determines the speed of light of the normal annihilation force field? This is a blank and a blind spot in theoretical research so far..."
"Your previous research, including the energy prime number analysis of particle boundaries, including the photon order promotion is determined by the particle, various mathematical techniques and theories can be combined together."
"We're going to prove this issue!"
"Now, if you have any ideas, you can share them..."
After Wang Hao finished speaking, he waited for others to speak.
He first looked at Paul Phil-Jones, who spread his hands to express that he had no idea; then he looked at Helen, and found that Helen was turning to look at Ding Zhiqiang; he then turned to look at Chen Mengmeng, and found that Chen Mengmeng was also
Watching Ding Zhiqiang.
Wang Hao originally wanted to let Ding Zhiqiang speak last, but he could only reluctantly name him and said, "Xiao Ding, please tell me..."
Now everyone looked at Ding Zhiqiang.
Ding Zhiqiang pointed at himself, then looked up at the others, and found that whether it was Helen, Chen Mengmeng, Paul Phil-Jones, Zhang Zhiqiang, etc.
Everyone, everyone...
All of them looked expectantly!
"I have nothing to say!" Ding Zhiqiang was a little confused for a moment. It felt really good to be expected by everyone, and his mind went blank.