From university lecturer to chief academician.

Chapter 377 Variation elements represent the future of technology, Wang Hao: This is really worth studying!
The cost of manufacturing and extracting mutated iron materials certainly cannot reach the level of pricing in the unit of "[-] million US dollars per gram", and the actual cost pricing unit is "tens of millions of RMB".

Of course, the cost per unit of '[-] million RMB' is definitely very high.

Such a high cost is mainly due to the fact that many processes require special environments of high temperature, high pressure and vacuum, and also consume a lot of expensive special materials.

The cost of the laboratory environment is very high. The so-called "sharing" of the results with the outside world is to hope that many institutions will participate in the research, so that there will be more public research results, which is very beneficial to the research.

From this point of view, sharing the results is just an argument, because the key is to be able to produce mutated iron materials. Even if other organizations know more about mutated iron materials, they do not have high-end technology to support the manufacturing.

In addition, I just want to increase some research and development funds.

Research and development funds are very important, and the cost of extracting mutated iron materials is only one of them. More importantly, the anti-gravity behavior research center consumes too much money, and each experiment costs millions or tens of millions. Calculated, and the general direction of their next step is to increase the strength of the annihilation force field.

The International Annihilation Theory Organization has spent more than tens of billions of dollars to manufacture a strong annihilation force field device, which is enough to show how high the cost of anti-gravity field equipment and superimposed force field equipment is, and other expenses are also very alarming.

The Antigravity Behavior Research Center is also similar. They also need very high funds to manufacture new equipment with higher strength. It is very difficult to support research for a long time only relying on financial appropriations.

It would be a good thing if some funds could be found in other areas. It would be a good way to take advantage of the opportunity to sell mutated iron elements publicly. Only with sufficient financial support can we support continuous research.

After the science and technology department released the news of sharing the mutated iron element, it immediately attracted widespread international attention.

Naturally, international public opinion is not concerned with the price of the mutated iron material, but with the matter itself. The news released by the science and technology department proves that the mutated iron material is real.

The news is astounding.

In the past, there were many voices of doubt in public opinion, either that the Anti-Gravity Behavior Research Center released fake news, or that there was an error in the experiment.

Always, just don't believe it.

The news released by the science and technology department now confirms the existence of mutated iron elements, and gave other institutions the opportunity to participate in the research. Many scholars immediately stood up and believed that they must participate in the research of mutated iron materials. At the same time, they also believed that mutated iron elements The discovery of iron element is likely to become the engine of the material science revolution.

The latter is very important.

The development of materials science has decisive significance for the development of human science and technology. It can be said that every scientific and technological revolution of human beings is accompanied by the replacement of materials.

Development from the Stone Age to the Bronze Age.

Progress from bronze to iron.

From ironware to steel, alloys, to high-end materials in all aspects...

and many more.

Every progress in materials will directly affect human life. Even in the modern age of science and technology, the development of many fields is limited by materials.

For example, the aerospace field.

People always hope that the current jet aircraft can fly faster, which requires a high-thrust jet engine, and if the jet engine can generate a large thrust, it is necessary to increase the temperature that the gas turbine can withstand.

At present, the heat-resistant alloy materials for manufacturing turbine blades are still difficult to meet the requirements.

All researchers in large material institutions are committed to this important material research work.

The development of modern rockets also has higher requirements for aerospace materials. For example, if you want to increase the speed of the rocket, reducing the weight of the aircraft is one of the main methods. The light specific gravity and high strength of the material will play a very important role.

In addition, the recovery of satellites and rockets is also a problem. During the return process of satellites and rockets, due to the gravity of the earth, they have extremely high speeds, so they rub against the air to generate a lot of heat, making the surface temperature of the shells reach nearly [-] degrees Celsius. Meteors are Burned like this.

To solve this problem, materials that can withstand high temperatures are required.

and many more.

The same goes for other fields.

If material science can be vigorously developed, it will definitely support huge breakthroughs in science and technology, and solve all kinds of problems in the near future, and science and technology will also make great progress as a result.

It is precisely because of the importance of material technology to science and technology that the discovery of mutated iron elements has received such attention.

Now public opinion has completely changed.

Many scholars have stood up and said that they want to conduct detailed research on the mutated iron element, and at the same time they are very much looking forward to the progress that the study of mutated elements can bring to materials science.

Of course, there are also some sour remarks.

Empoli Cooper, the head of the International Annihilation Theory Organization, did not talk about the importance of the discovery of mutated iron elements in an interview, but talked about the 'price' of mutated iron elements.

"I know some news, one gram of [-] million US dollars, this is simply robbery, much faster than robbery."

"Maybe they didn't want to share the results at all, or even hoped that there would be no institutional buying. Dare I say, they succeeded."

"Which organization would not hesitate to spend [-] million dollars just to buy one gram of the so-called mutated material..."

Empoli Kubo was quickly slapped in the face.

After the science and technology department released the information, only one week later, three Canadian institutions confirmed the purchase.

They also have to buy.

In fact, just like the lunar soil obtained by American, other institutions must spend money to buy it if they want to conduct research, otherwise they will not even be eligible for research.

Lunar soil is just to study the composition of the moon to explore more astronomical and cosmic information. Ninety-nine percent of its value is reflected in academics, and it basically has no economic potential.

The mutated iron element is completely different, and it obviously has huge scientific research and economic development value.

Only by understanding the characteristics of the mutated iron element can we understand its scientific research and future economic value, and also be able to study its manufacturing and possible acquisition methods.

Many organizations have considered a problem--
Since the mutated iron element can be produced through the magnetization effect of the strong annihilation force field, does it exist on the earth?Maybe there is a mutated iron element on the earth, but the content is so rare that humans have not discovered it so far?

Even if it doesn't exist on the earth, maybe it exists on the moon?

In any case, it is very important to be on the front line of scientific research. If you can't keep up with the front-line research, you will be left far behind by other institutions.

Three institutions purchased mutated iron elements from the science and technology department, and then they realized that the science and technology department was indeed not a lion's mouth to a certain extent.

Because, they need to wait.

"The extraction of mutated iron materials is very difficult, and it takes a while to deliver."

This is the answer they got.

After that, the science and technology department released some basic characteristic information of the mutated iron material.

For example, higher melting point, stronger toughness, and so on.

A week later.

The experimental results released by the Superconducting Materials Research Center have promoted the mutated iron element to become the focus of a new round. They used the mutated iron element to synthesize an iron-based superconducting material and found that its superconducting critical temperature has increased.

"From 93K to 107K."

"We ran several experiments and settled on that number, a 14K boost."

"The superconducting material synthesized by the mutated iron element has better superconducting properties..."

This discovery is more attractive than 'higher melting point' and 'more toughness'.

Everyone knows that superconducting technology represents a new round of revolution in human science and technology, and has been developing vigorously in recent years. Superconducting material industry companies have become the most influential in the international material field with their monopoly position in superconducting materials. enterprise.

If a superconducting material with a higher critical temperature can be manufactured with mutated elements, the superconducting technology will cover a wider range, and it will have an extremely bright prospect.

"We can already be sure that mutated elements have a bright future and will definitely allow material technology to flourish!"

"Variation elements drive the future of human technology!"

"If more mutated materials can be produced, I believe it can bring about earth-shaking changes in human technology and life..."

Many people are looking forward to it.

At the same time, the International Annihilation Theory Organization also felt tremendous pressure, because the mutated iron element was obtained from the magnetization effect brought by the strong annihilation force field to the matter.

Many international organizations hope that the International Annihilation Theory Organization can also produce mutated elements. Many people have found Empoli Cooper, hoping that he can provide magnetization reaction substances.

This is not a problem for Empoli-Cooper, but in the magnetized reactive substances produced by their experiments, no mutation elements were found at all.

A large number of institutions are very disappointed with the International Annihilation Theory Organization, and they are also analyzing the reasons internally--
"Maybe the content of mutated elements is too small?"

"It may not exist at all. The annihilation force field created by Kubo's team is too low in strength, and it is impossible for the elements to mutate..."

"There is also a possibility that we know too little about the variable elements, so we don't know how to detect and separate them?"

The last point is very convincing.

Next, more institutions will contact the science and technology department to purchase mutated iron materials.

……

Xihai University.

Wang Hao is also studying mutated iron elements. He is not from the perspective of materials science, but from the perspective of annihilation theory, to study the generation principle of mutated iron elements and the relationship with the strength of the annihilation force field.

Also participating in the study were Paul Phil-Jones, Huang Zhen, He Yi, Yan Jing and others.

"This may help us give an accurate definition of the strength of the annihilation force field." Wang Hao said very seriously, "Our previous definition of the strength of the annihilation force field was based on the strength of the magnetization reaction of matter, but it is actually very inaccurate."

He Yi nodded, "Indeed. In the same experiment twice, there is also a difference in the intensity of the magnetization reaction, and the value is very inaccurate. This is related to delayed detection and material properties."

Paul Phil-Jones understood and said, "That is to say, only when the strength of the annihilation force field reaches a certain standard can it cause elemental mutation?"

"Correct."

"However, the content of mutated elements is very low."

"This is probably the same as energy annihilation." He Yi said, "The data given by the International Annihilation Theory Organization is only 20.00%, while ours exceeds 90.00%. % Annihilation."

Everyone else nodded.

"So we have to find three or more variable elements and determine the value of the variable element content before we can give a clear definition." Wang Hao said.

He Yi grinned vigorously, and said, "Increase the strength of the annihilation force field?" He is in charge of the experiment, so he naturally knows how difficult it is to increase the strength of the annihilation force field. It can be said that the annihilation force field they created has reached the required level It's the limit of what can be made.

If we want to increase the strength of the annihilation force field, we need to manufacture new equipment from the beginning to the end, and add a high-intensity spiral magnetic field. The required funds must be tens of billions. If there is enough financial support, it will take a long time to wait.

Of course, Wang Hao is also aware of this, he still said, "Professor He, the next step is to do more experiments, using various single-element substances as materials, we need more data and more tests."

"no problem."

He Yi nodded seriously.

Wang Hao has the same idea as Empoli-Cooper, that is, the mutated elements must not only be iron, other elements must also mutate, but the content is very, very weak, and it is impossible to separate and extract at all.

They conducted research and analysis together, and each explained their opinions. Later, they found that they still needed to conduct experiments.

If new mutated elements cannot be found in experiments, the research may stagnate because of this, and one can only wait for new equipment to be manufactured to continue to increase the strength of the annihilation force field.

……

soon.

Another two weeks passed.

On this day, several material experts came to Xihai together, and they came here to mutate the iron element.

These include experts from the Institute of Aeronautical Materials, as well as steel experts from Wuhan Iron and Steel Group and King Kong Group. Because it involves mutated iron elements, both Wuhan Iron and Steel and King Kong are steel companies, and they can also give opinions on the study of mutated iron elements. The idea is that I hope to get some mutated iron elements to do research on steel alloys.

Of course.

Now it is very difficult to manufacture and extract mutated iron elements, and it is a bit too extravagant to do research on steel alloys.

Fortunately, the two iron and steel groups are very sincere. They need to plan for the future, and they are also prepared to spend a large amount of money to support the research on the separation of mutated iron elements.

The main research direction of the mutated iron element is superconducting properties. Several experts went to the Superconducting Materials Research Center, and under the leadership of Deng Huanshan, they visited the mutated iron-based superconducting material experiment and saw the mutated iron material.

Mutated iron materials are very rare, and because of their high value, they are packed in a closed vacuum glass box.

In fact, there is nothing to see, just a very tiny iron ball, the color is a little darker than usual, and nothing can be seen from the outside.

When several experts were visiting, Wang Hao also took the time to rush over. It was like meeting old friends. He met Ding Zongquan and Cao Dongming. Cao Dongming came on behalf of the Aeronautical Materials Institute. WISCO Research Institute.

At noon, a group of people went to the restaurant to eat, and they gathered around a big round table.

Wang Hao sat in the center and talked about the issue of mutated elements, "Although no special research papers have been published, the principle of mutated elements is actually very simple."

"I have studied the magnetization reaction and published related papers. The magnetization reaction of matter is because in the special environment of strong annihilation force, the inside and outside of the atom are subjected to a greater annihilation force, which makes electrons jump to the inner circle."

"When the annihilation force returns to normal, the electrons will jump back to their original position, which will cause a magnetization reaction outside the material. After a period of time, the electron jump reaction ends and the magnetization reaction disappears."

"This is a magnetization reaction. If a situation occurs, the strength of the annihilation force field is too high, causing the electrons to jump to a special orbit in the inner circle. Even if the strength of the annihilation force returns to normal, the electrons will not jump back..."

"That allows for an element of variation."

Several material experts thought about it.

Cao Dongming suddenly asked, "Academician Wang, I don't know much about these profound material knowledge. I just try to understand and ask. According to your research, there are special orbits for electrons in iron elements. Maybe some elements don't have the so-called 'special orbitals'." track', won't there be any variation?"

Everyone else looked at Wang Hao.

Wang Hao thought and shook his head and said, "I don't have an answer either. Now only the mutated iron element has been discovered, and it was discovered by Professor Wang Hui of the Material Testing Center. We don't have any more research on this."

"Now we hope to find more mutating elements. Iron can mutate. We all think that there must be other mutating elements, but they cannot be detected because the content is too low."

"This still needs more research to analyze its principles in depth."

Ding Zongquan suddenly said, "Academician Wang, I don't know much about these microscopic principles, and to be honest, I'm not interested."

The others laughed along, but they could also understand Ding Zongquan's words. They are all experts in material alloys, and they don't need to know any microscopic principles. Even if they did, they wouldn't study them.

Ding Zongquan continued, "However, I'm curious about one thing. Is there any energy loss in the process of using a strong annihilation force field to manufacture this mutated element? It's like we manufacture steel. Some steps require some magnetic fields, but it is definitely not only It is through a magnetic field, and other means are needed to make the raw materials change.”

"I think, if it is to produce mutated elements, such a big change, there must be a difference between producing one kilogram and one ton?"

Wang Hao was stunned when he heard this.

For the magnetization reaction of matter, it is enough just to pass through the strong annihilation force field, and the strong annihilation force field is maintained all the time, and the magnetization reaction can occur even if the matter passes through, the amount of matter seems to have no effect.

So, is there a loss in the middle?
Not just energy loss, is there possible 'field loss'?
This is indeed worth studying!
(End of this chapter)