Chapter 388: New raw materials, great value, 100 million US dollars is actually a conscientious price!
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There has been ongoing debate within the tech sector over purchase orders from two large companies. Some are leaning toward a deal;
Some people believe that there is a risk of leaking confidentiality when selling raw materials, and insist on conducting transactions only as our iron material, but the subsequent delivery will be delayed for too long, and they cannot reach an agreement with the two companies. This is the contradiction.
In fact, no matter whether you are inclined to trade or consider confidentiality issues, everyone knows very well that there is a risk of leaking secrets when selling raw materials. The question is to what extent the secrets will be leaked.
F-rays are the most critical.
If it is determined that selling raw materials will reveal the existence of F-rays, no one will support the deal, because the confidentiality issue of F-ray technology is much more important than US$3 billion.
When Zhang Lin brought back the news about Wang Hao, the senior staff suddenly felt incredible, "Academician Wang has developed a new technology that can directly create a large-scale strong annihilation force field, and the intensity is also very high?
"is that true?"
"Maybe it's true. Recently, the annihilation force field experimental team has been burning too much money..." "This should be the research result!"
"This result is really＿..."Wonderful!"
The senior staff were very surprised.
In fact, one of the reasons why they consider taking risks to reach a deal is that they are under great financial pressure. Even as the country's science and technology department, the annual budget is very limited.
The Annihilation Field Experimental Team is burning too much money, to the point where it is very difficult to maintain.
Even if you are just doing regular research, because the materials and equipment used are too high-end, the auxiliary equipment used to create the force field, including the cooperation of other departments, a series of high-tech, material ordering, etc., you will burn two dollars a month.
, three hundred million is very easy.
In the past two months, more than 2 billion have been filled in.
In the face of the speed at which the Annihilation Field Experiment Team is spending money, money seems to be just a number.
Now it is equivalent to directly solving two problems.
One is the issue of confidentiality. If F-rays are not used for raw material manufacturing, there is no need to worry about the leakage of F-ray technology.
The second is a large-scale strong annihilation force field, which can quickly produce raw materials for first-order iron.
Based on the ordering prices of first-order iron raw materials by two large enterprises, wouldn't it mean that the new annihilation field manufacturing technology is faster than the printing of money?
"It doesn't need to be the same price, just one-half is fine." "One-tenth is fine!"
"A large range of field force. I have learned about it in detail. There is a large range of field force. The production method is just to pass the material through the field force area...
The senior staff thought carefully, with golden light shining in their eyes.
Not to mention how much revenue the first-order iron raw materials can bring in the future, the three billion US dollars in front of us is also very attractive.
Many people will pay attention to how much assets a certain rich man has and how much profit a certain large enterprise makes in a year. They may think that three billion US dollars is not too much for the national science and technology department.
Actually, this is not the case.
The national scientific research funding budget is fixed.
The total annual allocation cannot exceed the total budget. If a certain research occupies a large amount of funding, it will directly affect the funding allocation of other projects.
There are many types of scientific research funding, including Ministry of Science and Technology special projects, national defense expenditures, natural science funds, etc.
For example, the Natural Science Foundation, which is closest to university scientific research funding, has an annual science and technology investment budget of about 40 billion yuan.
By comparison, you will know how huge three billion US dollars is.
Nowadays, you can earn three billion US dollars by completing a transaction, and you can earn it directly and easily. It can be said that the funding of the technology department has been greatly supplemented.
Naturally, there will be no objections in the follow-up. Soon.
The technology department and two large companies have reached an agreement and decided to invest US$3 billion
The raw material containing 45 grams of first-order iron is sold at a price of 1 yuan.
The delivery time of raw materials is scheduled in two months.--
"The delivery time is scheduled in two months?"
Druk-Bent was very concerned about this deal, and he knew the details on the day the two parties signed the contract.
"What does this mean?"
Of course Druk-Bent couldn't figure it out, so he found a group of experts in related fields to discuss the two-month delay in delivery.
A large group of experts quickly suggested three possibilities.
The first possibility is, "They rely on the experimental team to manufacture raw materials, rather than having a factory. The manufacturing of raw materials cannot affect the annihilation force field experiment."
The experimental group is not a factory, nor does it specialize in producing certain raw materials.
If the higher-level department wants to use the equipment of the experimental group to manufacture certain materials, it cannot delay the experimental research. It is a small laboratory. Of course, it has no right and no reason to resist. After all, it involves a large amount of income that cannot be refused.
Wang Hao and the Antigravity Behavior Research Center are different. Their research is the most important and cutting-edge in the world, so the situation is naturally different.
Alexey Meyer, a professor at the California Institute of Technology, raised another possibility, "Maybe they are manufacturing very slowly."
"We don't know how raw materials containing first-order iron are produced."
"Many people subconsciously think that just putting iron in a strong annihilation field is like an ordinary magnetization reaction, but maybe it's not."
"I know that a special physical phenomenon of strong annihilation force fields is that they are repelled by high magnetic fields. Cooper's organization is preparing to study this phenomenon."
"Perhaps high magnetic repulsion will cause some changes in the field force, or high magnetic manufacturing equipment takes up a lot of space, etc. Whatever the reason is, in short, things may be different from what we imagined. Maybe
The manufacturing process is not that simple.”
Alexei Meyer's statement has been recognized by many experts.
Finally, Christopher Johnson also said a possibility, "Maybe the technology is not up to standard."
This chapter is not over yet, please click on the next page to continue reading! "The raw materials they make contain very low first-order iron. Extraction is a big problem and costs a lot of money....
"I think there is a possibility that the force field they created is unstable, and it is only close enough that the iron can make an electronic transition."
"The raw materials that are subjected to the force field still need a series of tests to determine whether they contain first-order iron."
"This process will take a lot of time."
Christopher also received a lot of support.
The reason is very simple. Their inherent impression of creating a strong annihilation field is that "it costs a lot of money and the field force is fixed."
This is the case with the equipment of the International Annihilation Theory Organization. It cost tens of billions of dollars to build a piece of equipment, and the strength of the annihilation force field created is fixed.
Because of the complexity of the device, there is almost no room for adjustment.
If you want to create a stronger field force, even if it passes the technical demonstration, you will still have to carry out major engineering modifications, or simply create new equipment.
The technology of the Antigravity Behavior Research Center is indeed high-end, but it has only "barely" discovered the extremely weak first-order iron element.
Therefore, there is a high possibility that the technology is not up to standard and the field force is unstable.--
Annihilation force field experimental base.
The science and technology department has formed a leadership group to inspect and learn about new technologies. They are very interested in new technologies.
Wang Hao and Teacher Xu walked in front.
After Xiang Qiansheng pulled him away for a moment, he introduced the new technology to the leadership team, "The new technology we have developed can create a large-scale strong annihilation force with one device."
"The original technology was anti-gravity field superposition, and the equipment manufacturing cost was very high. Now it can be directly manufactured with one piece of equipment, which is much simpler."
"Moreover, the field strength is also very high."
"Last week, we have increased the field strength to 4.81."
Xiang Qiansheng said that he found that the people in the leadership team were full of confusion, and explained, "The field strength created by the original technology is probably between 4.3 and 4.6."
You will understand once you compare it.
"Exceeded the original strength?"
"Is it possible to mass-produce raw materials containing first-order iron now?" "This..."
"Not yet!"
Xiang Qiansheng said a little depressed. He felt that talking about technology with a group of laymen was equivalent to playing the piano to others. The key point of the other party's concerns was completely different.
Wang Hao stopped and said with a smile, "We now have two ways to produce raw materials for first-order iron. One way is to continue to increase the strength."
"Another method is to use strong magnetic interference."
"We prefer the first option for the time being, because introducing a strong magnetic field is the next step, and premature magnetic field intervention is not conducive to research."
Wang Hao explained, continued walking forward, and said to Teacher Xu, "Actually, catching up with the original technical intensity is only the initial goal."
"We hope to use new technologies to create stronger annihilation fields, and then we may discover other elemental materials that undergo electronic transitions."
"This is the most important."
"If other first-order elements can be discovered, Teacher Xu, you should understand... "This...
Teacher Xu is not a professional scholar. He thought about it carefully and said, "Will it make great progress in materials science?"
"That's just one of them."
Wang Hao continued, "Actually, I am more concerned about annihilation theory, or annihilation physics. If a second first-order material can be discovered, we can improve the theory related to strong annihilation force, study element characteristics, annihilation force field strength and
Relevance of electronic transition phenomena."
"It even goes so far as to analyze the annihilation force and electromagnetic force."
"That's what matters!"
For more than a month, the annihilation force field experimental team continued their research.
They conducted four experiments along the way.
The intensity of the annihilation force field created by the experiment increased almost as expected.
There is still improvement each time, but the magnitude of the improvement is not as good as before, but the accumulation of the three improvements together is also very large.
"6.52!"
Zhu Huacai's team measured the force field strength data.
This intensity value is close to Wang Hao's intensity judgment range for F-rays, but as long as it does not enter the judgment range, the reaction of the experimental team members is very dull.
Of course, they are still very happy.
But when they are happy again and again, the threshold of happiness will naturally increase. They are only satisfied with the results and have not reached the level of excitement.
The next day, there was exciting news from the Materials Testing Center.
The Materials Testing Center detected “extremely weak” first-order iron elements in the magnetized iron materials produced.
When the news came, Wang Hao stood up in surprise. He immediately looked at the test data report.
The above values………
It was indeed 'extremely weak,'
Wang Hui said, "Compared with the original material, the content of first-order iron has been reduced by more than three times. If this material is to be used to extract first-order iron, the estimated cost will be more than ten times higher...
Wang Hui focuses on material testing, and his participation in research is nothing more than analyzing materials, researching and extracting first-order iron.
He didn't know the existence of F-rays or how to make raw materials.
Therefore, Wang Hui is more concerned about the extraction of first-order iron. The original cost of material extraction was already very high. Even now, each gram of extraction costs tens of millions.
In current materials, the content of first-order iron is lower, and the extraction cost will skyrocket.
ten times!
That means that each gram of extraction requires 100 million.
This is simply eating money.
Wang Hao was very excited after hearing this.
One reason is that the magnetized iron material definitely contains first-order iron elements, which means that the field strength of "6.52" has exceeded the limit of electronic transition of iron elements.
Two things_...
The technology department has an order for 45 grams of raw materials.
Since the other party needs the raw materials of first-order iron, they can deliver this material to them. As for how much it will cost the other party to extract...
This chapter is not finished yet, please click on the next page to continue reading the exciting content! Doesn’t it directly prove that the cost of extraction is indeed very high? One gram is 100 million...
What a good price!--
After determining that the magnetized iron material contains first-order iron elements and the specific content value of the first-order iron elements, the annihilation force field experimental team quickly started manufacturing.
The current manufacturing method is the same as many people imagine.
After using experimental equipment to create a strong annihilation force field, the pure iron material can be slowly passed through the field force and then degaussed.
These materials can be packaged and delivered.
The experimental team completed the manufacturing work quickly, and the materials were delivered very quickly. The delivery location was at the airport in Heliaocheng.
Both companies use cargo planes to transport their goods.
The plane took off, but it was hard to tell the exact delivery location. One plane deviated midway and headed straight for Americon Chicago.
Chicago, Executive Building.
Druk-Bent met with several materials experts from the Argonne Laboratory, including Christopher Johnson, who is engaged in research on first-order iron materials.
However, it was Duroinschev-Baker Jr. who studied the raw materials. He took a report and said seriously, "My team has done preliminary research on the raw materials."
"The content of the first-order iron element is extremely weak, making extraction very difficult."
"Currently, our understanding of first-order iron is limited to international public information and Mr. Johnson's research results."
Duroinshev glanced at Christopher before continuing, "Our preliminary judgment is that the extraction cost of each gram of first-order iron will be about 35 million US dollars."
This number is surprisingly high.
Druk Bent couldn't help but ask, "Thirty-five million dollars? Are you sure?" "I'm sure."
Duroyshev said seriously.
Druk Bent took a deep breath and said, "The extraction cost of one gram is 35 million US dollars, plus the manufacturing cost of raw materials, selling for 100 million US dollars is not high...
"The profit margin is probably less than 50%!"
"this"
"The other party's technology department is really very conscientious?"