There has been a lot of debate within the tech department over the purchase orders of the two large companies. Some people tend to close deals;

Some people believe that there is a risk of leakage in the sale of raw materials, and insist on trading only in the way of our iron materials, but the subsequent delivery will be delayed for too long, and it will be difficult to negotiate with the two companies. That's the contradiction.

In fact, whether it is inclined to trade or consider the issue of confidentiality, it is very clear to anyone that there is a risk of leakage in the sale of raw materials, and the question is to what extent the secrets will be leaked.

F-rays are the most critical.

If it is determined that the sale of raw materials will reveal the existence of F-rays, there will be no support for a deal, because the secrecy of F-ray technology is much more significant than $3 billion.

When Zhang Lin brought back Wang Hao's news, the senior personnel suddenly felt incredible, "Academician Wang has researched a new technology that can directly create a large-scale strong annihilation force field, and the strength is still very high?

"Is it true?"

"Maybe it's true. Recently, the Annihilation Force Field Experimental Team has been burning too much money..... "This should be the result of research!"

"This result is really _..."Great value!"

The senior staff were very pleasantly surprised.

In fact, one of the reasons why they consider taking risks to close the deal is that there is a lot of financial pressure, even as the country's science and technology department, the annual budget is very limited.

The Annihilation Force Field Experimental Group is too expensive, and it has burned to the point where it is not easy to maintain.

Even if it is just a routine research, because the materials and equipment used are too high-end, the auxiliary equipment used in the manufacturing force, including the cooperation of other departments, a series of high-tech, material orders, etc., it is easy to burn two or three hundred million yuan a month.

In the past two months, more than 2 billion have been filled.

In the face of the speed at which the Annihilation Force Field Experimental Group was spending money, it really seemed that money was just a number.

Now it is equivalent to directly solving two problems.

One is the issue of confidentiality, which does not use F-rays for raw material manufacturing, so there is no concern 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.

According to the order price of the first-order iron raw materials of the two large enterprises, wouldn't it be said. A new technology for creating an annihilation force field that is faster than printing money?

"You don't need the same price, half of it." "A tenth is fine!"

"A wide range of field force, I have learned in detail, there is a wide range of field force, the way to make it is to pass the material through the field force area....

The senior personnel thought carefully, and their eyes flashed with golden light.

Not to mention how much revenue can be brought by first-order iron raw materials in the future, the three billion dollars in front of me alone are very attractive.

Many people will pay attention to how many assets a certain rich person has, how much profit a large enterprise has in a year, and may think that three billion dollars is not too much for the national science and technology sector.

Actually, it's not.

The national budget for scientific research is fixed.

The total annual allocation cannot exceed the total budget, and if one research item occupies a large amount of funding, it will have a direct impact on the funding of other projects.

There are many kinds of scientific research funds, including special projects of the Ministry of Science and Technology, national defense expenditures, natural science funds, and so on.

For example, the Natural Science Foundation, which is closest to the scientific research funds of universities, has an annual budget of about 40 billion yuan in science and technology.

By comparison, you can see how big three billion dollars really is.

Now you can make $3 billion from a single deal, and you can easily earn it directly, so to speak, which makes the technology sector a big supplement.

Naturally, there will be no opposition in the follow-up. Soon.

The technology sector and two large corporations reached an agreement and decided to pay three billion dollars

The price of the yuan sells raw materials containing 45 grams of first-order iron.

The delivery of the raw materials was scheduled for two months later. --

"Delivery in two months?"

Duruk-Bent was very concerned about the deal, and he knew the day the contract was signed.

"What does this mean?"

Duruk-Bent, of course, couldn't think of it, so he approached a group of experts in the field to discuss a two-month delay in delivery.

A large group of experts quickly gave three possibilities.

The first possibility is that "they rely on the experimental group to make raw materials, not have factories, and the production of raw materials cannot affect the annihilation field experiment."

The experimental group is not a factory, it is not specialized in the production of a certain raw material.

The higher-level department wants to use the equipment of the experimental group to make a certain material, and it cannot delay the time of experimental research, and it is replaced by some small laboratories, of course, 'no right and no reason to resist', after all, it involves a large amount of income that cannot be refused.

Wang Hao and the Anti-Gravity Sex Research Center are different, their research is the most important and cutting-edge in the world, and the situation is naturally different.

Alexei Meyer, a professor at Caltech, suggested another possibility, "maybe they're slow to make it."

"We don't know how the raw material containing first-order iron is made."

"A lot of people subconsciously think that it's just putting iron in a strong annihilation field, like an ordinary magnetization reaction, but maybe it's not."

"I know that a special physical phenomenon of a strong annihilation force field is that it is rejected by a high magnetic field. Cooper's organization is preparing to study this phenomenon."

"Maybe the high magnetic rejection will cause some kind of change in the field force, or maybe the high magnetic manufacturing equipment will take up a lot of space, etc., whatever the reason, in short, things may be different from what we imagined, maybe the manufacturing process is not so simple."

Alexei Meyer's statement has been endorsed by many experts.

Finally, Christopher Johnson also said that there is a possibility, "Maybe it's not up to standard."

"The raw materials they make are very low in first-order iron, and the extraction is a big problem, and it costs a lot of money....

"I think there's a possibility that the force field they're creating is unstable, just close to making iron electron jump."

"Raw materials that pass through the force field need a series of tests to determine whether they contain first-order iron."

"It's going to take a lot of time."

Christopher also received a lot of support.

The reason is simple, their inherent impression of creating a strong annihilation force field is that "it costs a lot of money to create a fixed field force".

This is the case with the equipment of the International Annihilation Theory Organization, which spent tens of billions of dollars to smash a piece of equipment, and the strength of the annihilation force field produced is fixed.

Due to the complexity of the equipment, there is little room for adjustment.

If you want to create a stronger field force, even if you pass the technical demonstration, you need to carry out a major engineering modification, or simply rebuild a new equipment.

The Anti-Gravity Research Center's technology is indeed high-end, but it is only "reluctantly" discovered the extremely weak amount of first-order iron.

Therefore, there is a great 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 set up a leading group to investigate and learn about the new technology, and they are too interested in the new technology.

Wang Hao and Teacher Xu walked in front.

Xiang Qiansheng pulled back a little and introduced the new technology to the leading group, "The new technology we have developed can use one equipment to create a wide range of strong annihilation power."

"The original technology was the superposition of anti-gravity fields, and the cost of equipment manufacturing was very high, but now it is a lot easier to manufacture directly with one device."

"Also, the strength of the field is very high."

"Last week, we increased the strength of the field to 4.81."

Xiang Qiansheng said that he found that the people in the leading group were full of puzzlement, and also explained, "The strength of the field force created by the original technology is about 4.3 to 4.6."

A comparison will make you understand.

"Beyond the original strength?"

"Isn't it possible to make raw materials containing first-order iron in large quantities right now?" "This..."

"Not yet!"

Xiang Qiansheng said a little depressed, he felt that it was completely different from a group of laymen who said that technology was equivalent to playing the piano to a cow, and the key point that the other party cared about.

Wang Hao stopped and said with a smile, "We now have two methods to make raw materials for first-order iron, and one way is to continue to increase the strength."

"Another way is to use strong magnetic interference."

"For the time being, we prefer the first option, because the introduction of a strong magnetic field is the next plan, and premature magnetic field intervention is not conducive to research."

Wang Hao explained, continued to walk forward, and said to Mr. Xu, "In fact, catching up with and surpassing the original technical strength is only the initial goal."

"We hope to use new technology to create a stronger annihilation field, and then we may be able to discover other elemental matter that undergoes electron transition."

"That's all that matters."

"If you can find other first-order elements, Mr. Xu, you should understand...

Mr. Xu is not a professional scholar, he carefully considered it and said, "Will it make great progress in materials science?"

"That's just one point."

Wang Hao continued, "Actually, I am more concerned with the theory of annihilation, or the physics of annihilation, if I can discover a second first-order material, I can refine the theory related to strong annihilation forces, and study the correlation between elemental properties, annihilation force field strength, and electron migration phenomena."

"I even say that the annihilation force and the electromagnetic force are analyzed."

"That's all that matters!"

For more than a month, the Annihilation Force Field Experimental Group continued to study.

Halfway through they did four experiments.

The strength of the annihilation field created by the experiment has increased by about the same as expected.

There is still an improvement every time, but the magnitude of the improvement is not as good as the original, but the accumulation of the three promotions together is also very large.

「6.52!「

Zhu's group measured the force field strength data.

This intensity value is close to Wang Hao's range of determining the intensity of F-rays, but only if it does not enter the judgment range, the reaction of the experimental team is very flat.

Of course, they were still happy.

But again and again, the threshold of happiness will naturally rise, and they are only satisfied with the result, not to the point of generating excitement.

The next day, a message from the Materials Testing Center was exciting.

The Materials Testing Centre (MTC) detected "very weak" first-order iron in the magnetized iron materials manufactured.

When the news came, Wang Hao stood up in surprise, and he immediately looked at the test data report.

The above values............

That's really 'extremely weak,' indeed.

Wang Hui said, "Compared with the original material, the content of first-order iron is reduced by more than three times. If the extraction of first-order iron from this material were to be carried out, the estimated cost would be more than ten times higher............

Wang Hui focuses on the direction of material testing, and his participation in research is nothing more than the analysis of materials, research and extraction of first-order iron.

He didn't know about the existence of F-rays, nor did he know how to make raw materials.

Therefore, Wang Hui is more concerned about the extraction of first-order iron, the original material extraction cost is already very high, even now, every gram of extraction needs to cost tens of millions.

In today's materials, the content of first-order iron is lower, and the extraction cost will skyrocket.

Ten times over!

That means that every gram of extraction takes 100 million.

It's simply eating money.

Wang Hao was very excited when he heard it.

One is that the magnetized iron material is determined to contain first-order iron, which means that the field strength of "6.52" has exceeded the limit of electron migration of iron.

Two _...

The technology department has an order for 45 grams of raw materials.

Since the other party needs the raw materials of the first order iron, you can deliver this material to the past, as for how much it costs the other party to extract....

Doesn't that directly prove that the cost of extraction is indeed high? One gram, one hundred million...

The price of conscience! --

When the presence of first-order iron in the magnetized iron material was determined, and the specific content of the first-order iron element, the annihilation force field experimental group quickly manufactured it.

The way it is made now is the same as many people imagined.

After the strong annihilation force field is created with the experimental equipment, the pure iron material is 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 delivery of materials was also very fast, and the delivery location was at the airport in Heliaocheng.

Both businesses are transported by cargo planes.

The plane took off, and it is difficult to say where it was delivered, but one plane deviated halfway and headed straight for Amriken Chicago.

Chicago, Executive Building.

Duruk-Bent met with several materials experts at Argonne Labs, including Christopher Johnson, who worked on first-order iron materials.

However, it was Duroinshev who studied the raw materials, and he took a report and said seriously, "My group has done a preliminary study of the raw materials."

"The content of the first-order iron element is very weak, and the extraction work is very difficult."

"At present, our knowledge of first-order iron is limited to internationally available information and Mr. Johnson's research results."

Duroinshev glanced at Christopher as he spoke, before continuing, "We have a preliminary judgment that the cost of extracting each gram of first-order iron will be around thirty-five million dollars."

That's a surprisingly high number.

Duruk Bent couldn't help but ask, "Thirty-five million dollars? Are you sure?" "I'm sure."

Duroinshev said very seriously.

Duruk Bent took a deep breath and said, "The cost of extracting one gram is 35 million US dollars, plus the manufacturing cost of raw materials, it is not high to sell 100 million US dollars...

"The profit margin may be less than 50 percent!"

"This"

"The other party's technology department is really quite conscientious?"

「……」

「……」