From university lecturer to chief academician Chapter 473: Results released, international shock. Novotny: Are you actually comparing yourself to Stephenson?
Chapter 473: Results released, international shock. Novotny: Are you actually comparing yourself to Stephenson?
Material testing center.
meeting room.
A researcher named Shao Jun was giving a report seriously on the stage. Under the stage were Wang Hao, Xiang Qiansheng, Wang Hui, Zhou Qing and others.
Facing a group of top bosses, Shao Jun was obviously a little nervous. He looked a little timid, as if he was afraid that there would be something wrong with his report.
Zhou Qingzheng and Wang Hao whispered, "This is Xiao Shao from the computer team. He is not yet forty years old. He graduated from the Yao Class of Shuimu University and is a very outstanding talent."
"Shao Jun led his team to analyze the magnetization reactions of more than 130 materials and found a material that conforms to a quadratic function curve."
"oh?"
Wang Hao suddenly became interested.
He was specially invited to listen to the report, thinking it was to encourage research, but he didn't expect to actually see the results.
Zhou Qing’s meaning is very clear.
The so-called 'fitting the quadratic function curve' means that the corresponding unknowns are the annihilation force field strength and the magnetization reaction strength.
Until now, they have not been able to find a material that can use a function to calculate the strong correspondence between the annihilation force field strength and the magnetization reaction.
"Quadratic function……"
At this time, Shao Jun had already listed the functions on the whiteboard.
When he entered the main research content, he seemed to have adapted to the atmosphere, but he still looked at Wang Hao frequently and continued, "Let's take a look at the list on the projection screen, which is the force field strength of tin-platinum-lead alloy and Comparison chart of magnetization reaction values."
"When we use the quadratic function on the whiteboard and substitute it into the calculation, we will find that the deviation between each solution result and the list is within 10%."
"It's just that we don't know whether 10% is within the normal error range..."
After Shao Jun finished speaking, he looked directly at Wang Hao.
Others also saw Wang Hao.
Wang Hao smiled and said, "Actually, you can just ask Professor Wang about this question. The error is 10%, so there is no problem."
"For our detection of magnetization reaction intensity, we take the material out of the field and then conduct timely detection, but the interval is also about half a minute."
"For any material, the magnetization is lost first and fastest."
"We are still unable to conduct timely testing, and there will definitely be errors."
"You're doing a great job."
Wang Hao nodded vigorously and affirmed the work of Shao Jun and his research team.
After he finished speaking, he walked up to the stage, stared at the quadratic function on the whiteboard, then turned to look at the list on the screen, and then made changes to the function.
The constant in the function was changed to a column expression.
After making the modifications, he took a few steps back to look carefully, then nodded slightly and turned around, "I think this expression may be closer to the data on the list."
The others immediately looked over together.
Shao Jun's team members, including Zhou Qing and others, also took out pen and paper to do calculations. They were surprised to find that the difference between the revised calculation results and the numerical values on the list was significantly smaller.
The highest is only %;
The lowest is only 0.33%.
Zhou Qing immediately stood up and applauded, saying with admiration, "As expected of Academician Wang Hao, mathematics is my specialty."
"You can make changes directly after listening to the report..."
"Yes, my math skills are really strong. If it were me, I wouldn't be able to change it in a month."
Others also applauded.
They were indeed very surprised. The function on the whiteboard was the result of several weeks of research by Shao Jun and his team.
Wang Hao just listened to the report and immediately modified the function to make its solution value closer to the data on the list.
They can only look up to and admire this level of mathematics.
Wang Hao didn't care at all. He just modified the function with numbers. It was no big deal. He greatly praised the results of Shao Jun's team, "Your research is very important."
"Now we are lacking a method to measure the strength of the annihilation force field. With this research result, we can use the magnetization reaction intensity of the tin-platinum-lead alloy to infer the strength of the annihilation force field."
"This will make our judgment of field force more intuitive."
"You can submit a report on your results and write it in more detail. When the time comes, let Professor Wang and Professor Zhou submit it. It will also be a great research contribution."
The people in Shao Jun's group suddenly felt very excited.
Within the materials testing center, the honors for achievements belong to top materials experts, such as Wang Hui and Zhou Qing. They have been exposed to the latest research discoveries for a long time and can make new discoveries just by doing testing.
Everyone else does auxiliary work, not to mention the computer team.
Their daily work even involves maintaining electronic equipment and only occasionally doing data analysis work, and the research results basically have nothing to do with them.
It's different now.
This research result is unique to them and has been recognized by Wang Hao, so everyone is naturally very excited.
Wang Hao is also very satisfied with the results.
After returning to the annihilation force field laboratory, he immediately calculated the last experimental data and quickly came to a conclusion, "Using the magnetization data of tin-platinum-lead alloy as a reference, our last annihilation force field
The intensity is around 13.3 times."
"The 13.3x magnification... is higher than expected."
Xiang Qiansheng made a comment, "A new experiment is about to start. Academician Wang, how intense do you think it can be this time?"
"16 times..."
Wang Hao said a number.
Their experiment is about to begin.
What is left now is to conduct final inspections of each part of the equipment and prepare the materials used for the force field testing, and then the equipment can be started directly.
everything's ready.
At eight o'clock that night, Xiang Qiansheng directed the members of the experimental team to make the final preparations, and then started the equipment to enter the experiment.
Wang Hao did not participate in the experimental work.
Similar experiments have been carried out many times, and there is no need for him to go to the scene to do anything, so he stays in the monitoring room safely, just watching to ensure that no accidents happen.
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The device is officially started.
After creating an invisible area, a lot of materials were transported in, and a lot of materials were transported out.
Then various devices are tested on the periphery.
Some materials are tested for magnetization reaction after they are taken out, including tin-platinum-lead alloy, and the test data are immediately transmitted to the computer.
Wang Hao refreshed the data and immediately made the calculation, "16.8 times..."
"A little higher than expected."
After confirming the data, he checked the time and went to rest. There will be a lot of test results tomorrow. He must rest well and recuperate so that he can devote more energy to work.
…
The next morning, the laboratory was still busy.
Xiang Qiansheng found Wang Hao with red eyes and shouted excitedly, "16.8 times! Academician Wang, this data is higher than you expected."
Wang Hao smiled and said, "It's a little high. Is there any good news?"
"Of course, we have definitely discovered three other advanced elements. The report sent this morning said that the content of first-order copper is as high as .1%!"
"This data completely exceeds the f-ray experimental group..."
Xiang Qiansheng said happily.
The annihilation force field experimental group has its own pride. They feel that it is very unacceptable for the f-ray experimental group to be the first to discover several first-order elements.
Now we have caught up and surpassed him.
Xiang Qiansheng naturally has reason to be excited.
Wang Hao nodded easily. It was expected that the first-order copper content would increase significantly. After all, the strength of the annihilation force field had increased a lot.
He also breathed a sigh of relief.
This is one of the goals.
The current research is to continuously improve the strength of the annihilation force field, but there is also a dividing line between technical indicators. One of the goals is to significantly increase the content of first-order copper.
Technology must eventually be transformed into applications.
Even if a 0-magnification annihilation force field is developed, if the equipment is too complex to manufacture, or if the technology is restricted, it can only be temporarily kept in the laboratory.
When the first-order copper content is significantly increased, the field strength becomes acceptable and can be directly transformed into applications.
The application is naturally the mass production of first-order copper.
In the technology of batch manufacturing of first-order materials, iron and copper are undoubtedly very important, because the two metals have very wide uses.
Other upgrade elements appear to be less important.
Including, carbon, mercury, silicon, tungsten.
Some elements also have important application prospects, such as carbon and silicon. They all have a common feature, that is, large-scale manufacturing is very complicated. First of all, a vacuum environment is required, and the use of vacuum means in the annihilation force field will make the equipment It's extremely complex.
For tungsten and mercury, there is no need to manufacture upgraded elements in large quantities.
If there are corresponding application requirements, just use magnetized materials for extraction, and the higher cost will not have much impact.
…
When the Annihilation Field technology was greatly improved, the happiest person was the Annihilation Technology Company. Zhong Minge was overjoyed when he heard the news and immediately brought the technicians to the Annihilation Field Experimental Team.
What he brought was Zhu Zhiwen.
Zhu Zhiwen is the second person in the technical department of Annihilation Technology Company, while the number one person Wang Jinlu is involved in the nuclear fusion project and cannot spare time to care about other issues.
Zhong Minge approached Wang Hao and immediately asked about technical issues, "Is it possible to build new equipment now to manufacture first-order copper in large quantities?"
"Manager Zhong, please wait a little longer. There's no rush for this."
"How can we not be anxious!" Zhong Minge said with a bitter smile, "We need to expand our business scope on a large scale, and the current income is still too little."
Annihilation Technology Company is a monopoly company backed by the Annihilation Field Experiment Team, and the profits they can achieve are almost catching up with even the most profitable companies in the world.
But they still hope to continue to increase profits.
Because it costs too much.
Annihilation Technology Company needs to provide a large amount of scientific research funding to the experimental team, and at the same time, it also needs to share other aspects of research and development funding.
For example, a scientific research foundation.
For example, scientific research support funds from science and technology departments.
For example, the military science and technology department.
etc.
They also regularly turn over a portion of their profits to the state treasury.
Zhong Minge has a feeling of being unable to make ends meet. There are too many places to spend money, so he naturally hopes to achieve more profits.
Wang Hao explained, "We are just doing experiments now. The equipment layout has not yet been finalized. We will conduct several experiments in the future."
"It will probably take about a month before it can be completely finalized."
"When the time comes, we can provide technology for you to make new equipment... Or you can prepare the materials first, 041 granular materials. When the time comes, after you have a determined plan, you can install the equipment according to the plan."
"This is good, this is good!"
Zhong Minge was immediately satisfied after hearing Wang Hao's words. He began to look forward to manufacturing first-class copper in large quantities and increasing the company's profits by dozens of points.
…
at the same time.
"Annihilation Physics and Theory" has released a new issue. The first article is "Element Changes under Strong Annihilation Force Field" published by Wang Hao and his team.
This research paper has just been published and has received a lot of attention.
One reason is that the experimental method of the paper is labeled as ‘Antigravity Behavior Research Center’, and the first author is Wang Hao.
The second is that the research content is directly related to the upgrading of elements.
"Element Changes Under Strong Annihilation Field", the main content is consistent with the title. It talks about the three changes that will occur in conventional elements under a strong annihilation field environment. They are named 'A type' and 'β type' respectively.
and 'β-type'.
Type A, which is the conventional upgrade, is like first-order iron.
Type β is a future element.
When introducing the beta-type changes of elements, the research talked about "future elements", but did not mention the creation of beta-type elements.
So research can be considered ‘theory’ for the time being.
The β-type was introduced at length, “Some elements can form a special form of β-type, while some elements cannot form β-type.”
This chapter is not over, please click on the next page to continue reading! "Beta-type elements, most of their physical properties do not change, but they will release a certain amount of radiation to the outside. This is mainly due to changes in the internal atomic nuclei."
"Beta-type elements will not be affected by special phenomena. Under the action of a super strong annihilation force field, we believe that they can all be transformed into first-order forms."
If you just look at the research content, you will feel that it is just a theoretical physics paper with experimental results in the middle, that is, the experimental results are used to make deductions.
The confirmed results mentioned in the paper are only A-type elements, such as first-order iron and first-order lithium.
β-type and β-type, there is only theory.
"Element Changes Under Strong Annihilation Force Field" has caused a lot of discussions in the academic community. Most of them were a little surprised by the content. "The β-type and β-type are just deduced. The mathematical content seems pretty good.
But for Wang Hao, Paul Phil-Jones and others, it’s nothing.”
"This is just theoretical conjecture."
"Before there are experimental discoveries, I don't believe in the so-called β-type and β-type elements. I can only say that the existence of these two elements is consistent with the theory of elemental changes."
"If beta-forms do exist, what elements would they be?"
"..."
A layman watches the excitement, an expert watches the door.
Those scholars who focus on the study of annihilation force fields do not view the research results with consternation and discussion, such as Yunir Novotny.
After Novotny read the paper, his first reaction was, "Wang Hao's team has discovered β-type elements!"
"They just didn't write it in the paper."
"This research result is consistent with past theories and is likely to be true. They may not only have discovered β-type elements, but may even create future elements!"
"If this is the case..."
"Bill, how strong do you think the annihilation field created by Wang Hao's team is?"
Brian did not answer, but sighed and said, "Yunior, this paper gives me the feeling that our technology is far behind, and we can't even understand what their research is."
"If they publish results again, we don't have to look at them."
"It's like George Stephenson who studied steam engines. He raised his head and saw an F-3. Do you think he could understand what the F-3 relied on to fly?"
Novotny also fell silent.
After a long time, he raised his head and looked at Brian, pursed his lips forcefully, "You actually compare yourself to Stephenson..."