From University Lecturer to Chief Academician

The most cutting-edge and monopoly technology in the world produces materials or equipment with great scientific research value, and the profit margin is only 50%, which can really be described as a 'conscience price'.

For similar materials or equipment, the profit margin is generally several hundred percent, and some even exceed one thousand percent.

Because the consideration of sales is not only to cover costs and earn high profits, but also to consider recovering the investment in research and development.

Research and development costs are hard to say.

"For the research of strong annihilation force, the investment must be calculated in the tens of billions..."

"The opponent's technology department sold dozens of grams, but it is simply impossible to recover the cost of the annihilation force field research."

"Their technology is so high-end, and the investment will be even greater!"

Several experts discussed it with certainty.

The same is true.

In the past few years, the annihilation physics experiment group has been constantly burning money, and the experiment group alone has spent tens of billions of funds.

The experimental research has always been supported by many departments and enterprises, including the Aviation Group, the Superconducting Material Industry Company, the Institute of High Energy Physics, and some military science and technology departments, and so on.

These departments and enterprises that cooperate with research provide materials, equipment, personnel, and even technology at cost prices, and some provide them free of charge.

If all of them are counted, it is not an exaggeration to say that the unit is '100 billion'.

The same research is done in American, or other countries with similar systems. Other departments and companies will not cooperate unconditionally at all. Providing various supports will make a lot of profits from it, and the cost must be "tens of billions of dollars". unit.

Of course, no matter how you calculate it, the sales of "first-order iron materials" earned billions of dollars, which is definitely a big recovery.

We are now discussing the profit margin of the first-order iron material.

After listening to the report of Duroinshev-J-Beck, a group of experts analyzed carefully and finally came to the conclusion that the profit margin is not high.

They turned around and thought it was understandable.

Because, too expensive!

The price of 100 million US dollars per gram is actually stuck at the "critical line".

If you really want to achieve a profit margin of "1,000 percent" and sell one gram for one billion US dollars, no scientific research institution or enterprise will buy it at all.

Let alone one billion dollars, even two hundred million dollars is an unacceptable price.

After discussing margins, Duroinshev-J-Beck continued, "We also looked at the carbon contained in the material and the iron that did not undergo electronic transitions. At the same time, we did other research on the material as a whole Deal with it, and finally come to a conclusion..."

"We believe that the manufacturing process of raw materials is very simple, that is, after passing through a strong annihilation force field, a strong magnetization reaction occurs, and then degaussing treatment is carried out immediately."

The others immediately thought about it.

It may sound exaggerated to deduce the manufacturing process through the characteristics of raw materials. In fact, it is mainly because the manufacturing process is too simple.

At the same time, the conclusion is also very meaningful.

Duruk-Bent was silent for a long time, and said after thinking, "That is to say, the possibility of other technical means has been ruled out..."

He said with a soft breath.

What Duruk-Bent is most worried about is that there are other high-end technical means related to the annihilation experiment in the manufacturing process.

If there are some unknown technical means, the technical gap between the two sides is not 'quantity', but 'quality'.

The opponent doesn't know what technology they use, so how can they catch up?

"Then, will there be high-magnetism involved in the manufacturing process?" Duruk-Bent continued to ask, and they analyzed three possibilities last time for the "delivery time delay of two months".

One is the 'other technical means' mentioned above.

One is that the high magnetic field is involved in the manufacturing process, or it has an effect on the production of the first-order iron, or it has an effect on the strong annihilation force field.

Finally, there is Christopher's statement of "field force criticality".

Now the first point is directly ruled out, the second point...

"No conclusions can be drawn."

Duroinshev-J-Beck explained, "The strong annihilation force field itself has a magnetization reaction on the raw materials. Even if there is a high magnetic field during the manufacturing process, no conclusion can be drawn through the detection of the raw materials."

At this time, Christopher Johnson said, "High magnetic intervention requires experiments on Cooper's side. If they can discover the effect of high magnetic field on the strong annihilation force field, perhaps there is a means of high magnetic intervention."

"But I think that the high magnetic intervention is also aimed at the field force, not the material itself."

"So, in fact, we have come to a conclusion. Considering the content of first-order iron and the delay in delivery, the strength of the annihilation force field they created is likely to be at the critical value for iron to undergo electronic transition."

"That will explain everything."

Christopher said with some pride, he analyzed it last time, but now his analysis has been confirmed.

The others nodded in agreement.

Christopher knew what Duruk-Bent was concerned about, and he continued, "Even if their technology is higher-end, it is very complicated to create a strong annihilation force field, and it is very difficult to modify that kind of equipment. It may be better to recreate a new one." tower."

"Equipment manufacturing requires a lot of money, and it also takes time."

"So, for a long time to come, their technical strength will not improve again..."

The last sentence is key.

Duruk-Bent nodded in agreement.

In terms of competition in the field of science and technology, the fear is not that the opponent's technology is high-end, but that the opponent is not only high-end technology, but also constantly improving.

What's more, they don't even know what technology their opponents have.

Now they have learned about the other party's technical level through research on raw materials, and they also know that the other party will not improve for a long time.

Immediately, I can feel at ease.

"The next step is to look at Empoli..."

Empoli-Cooper is the director of the International Annihilation Theory Group.

The International Annihilation Theory Organization was established by more than a dozen countries, sharing research and development results with each other, but American has the highest right to speak.

For American, technology is more important than equipment.

Through the International Annihilation Theory Organization, they can master the technology of annihilation physics experiments, and can guarantee that they can manufacture equipment alone as long as they invest funds. In terms of research, more than a dozen countries have invested together and can share the research and development costs.

This is the best way.

...

soon.

Empoli-Cooper got an analysis of the raw material.

Several data are very important, including the content of first-order iron, including the magnetization deduced from the property change of carbon, and so on.

Empoli-Cooper recruited people from the Alamos experimental group to conduct research on the data in conjunction with experiments related to strong annihilation forces.

The final conclusion is that "the first-order iron element undergoes electronic transition, and the instant strength of the magnetization reaction is about 13T to 15T."

"In our experiments, the instant magnetization response strength of iron is probably between 10T and 11T."

"So, the gap is not that big."

The analysis of the intensity of the magnetization response by the Alamos experimental group is based on the "strength decay" of the material's magnetization response.

The International Annihilation Theory Organization has done a lot of experiments, carefully studied the magnetization reaction decay data, and can analyze the 'instant' strength data through a formula based on the magnetic field strength data and time measured later.

10T to 11T.

13T to 15T.

The two data intervals seem to have little difference.

This also gave Empoli Cooper confidence. He even organized a few core scholars to disclose some related content, so that they could also understand the technical level of Wang Hao's team.

Several core scholars suddenly became interested.

Juraj Novotini couldn't help asking, "Empoli, is the source of the data reliable?"

"certainly."

Empoli Kubo raised the corners of his mouth proudly, "This is the data obtained through the study of raw materials containing first-order iron, Duroinshev, you know?"

Juraj Novotny suddenly gained confidence.

Although he looks down on Empoli Kubo, he has to admit that Empoli, who represents American, has a wealth of news channels.

He pondered carefully and said, "From 10T to 11T, and from 13T to 15T, in terms of the magnitude of the magnetization reaction strength, the difference seems to be small, but it's hard to say how big the difference is. We don't have a measure of the strength of the annihilation force field..."

"In any case, the gap can already be felt."

"Mr. Bent has supported our research so we can already start demonstrating the manufacture of a second device," Empoli-Cooper said.

"Based on the current technology accumulation, the strength of the annihilation force field produced by the next equipment will increase. By then, we will be able to catch up with the Antigravity Behavior Research Center..."

He said very much looking forward to it.

Several other scholars are also looking forward to it.

In the research direction of the annihilation force field, they have always played the role of chasers, and they all eagerly hope to catch up with the anti-gravity behavior research center and master the most advanced technology in the world.

Cutting-edge research can only be done if technology catch-up is achieved.

...

Half a month has passed.

It was an unremarkable day.

Morning.

Juraj Novotny walked into the office, turned on the computer habitually, then passed the chair in the other direction, and looked out the window with his chin propped up.

A middle-aged man with thinning hair walked quickly towards the building.

Novotini laughed and said, "Bill came later than me." He got up and made two cups of coffee.

When the coffee was ready and served, the door of the office was just pushed open.

Bill Bryan's expression was obviously very serious. Before he sat down, he asked, "Yurai, do you know?"

"What?" Novotini was taken aback.

Brian said, "Haven't you read the new issue of "Physics and Theory of Annihilation?"

"Oh, right!"

Novotini reacted, clicked on the computer and entered the password, then opened his personal mailbox, and saw the new issue of "Physics and Theory of Annihilation".

He was operating and asked, "Is there anything special?"

Bill Bryan was silent for a moment, then pursed his lips and said, "I know the technical gap with them."

"ah?"

Novotini was a little confused.

"You'll know it when you look at it."

Bryan said with a sigh, "I read it all morning, and there are two articles worth noting. One is about the determination of the strength of the annihilation force field and the relationship between the strength of the force field and the magnetization reaction strength of iron. The other is Determination of the Annihilation Energy Limit."

"The previous article..."

"I still haven't figured out how they made the measurement. Also, according to their public data, the low value of the electronic transition of the first-order iron, the field strength is about 6.6, and we..."

"Only 4!"

"Technology catch up...hehe."

Brian didn't talk about the content of the latter one.

Novotini looked at it seriously. The previous article was called "Annihilation Force Field and Magnetization Reaction", which was to study the relationship between the strength of the annihilation force field and the strength of magnetization reaction of iron.

In fact, there are two research contents.

One is the determination of the strength of the annihilation force field, and the other is the relationship between the research and the magnetization reaction, but the former is not introduced in detail.

The measurement of the strength of the annihilation force field, simply speaking, is the weight increase of the object in the strong annihilation force field, which is consistent with the standard of the strength of the anti-gravity field.

This kind of intensity definition label is definitely not a problem.

Novotini, like Brian, subconsciously thought about the "strength measurement method", and also couldn't think of how to measure it, because the strong annihilation force field is just a thin layer, and its interior is an anti-gravity field, and the thin layer has a narrow range , it is impossible to do conventional mechanical experiments at all.

In addition, based on the follow-up content, I simply calculated the strength of the annihilation force field they created.

"So, the strength of the annihilation force field we created is around '4'?"

"right."

Brian nodded seriously, "We only have 4, while their lowest is 6.6. We thought the gap was not that big, 10T and 13T..."

He shook his head wryly.

In terms of the magnitude of the magnetization reaction intensity, there is not much difference between 10T and 13T. According to the new published results, the annihilation force field strength and the magnetization reaction intensity are not in a straight line proportional relationship, but are similar to a 'logarithmic' curve relationship.

The higher the strength of the annihilation force field, the smaller the magnitude of the increase in the magnetization response.

10T and 13T, the difference is 30%.

The difference between 4 and 6.6 is 65%.

In addition, the strength of 6.6 is only the lower limit of the electronic transition of iron elements. In other words, the strength of the annihilation force field produced by the Antigravity Behavior Research Center will only be higher than 6.6.

After Novotny finished reading it, the atmosphere in the office was heavy.

Half a month ago, they felt that the technology gap with the Antigravity Behavior Research Center was not that big, but now they found that the gap could not catch up.

At least, it cannot be caught up by making a new device.

"More than the second generation!"

Brian made an evaluation, "The technology gap is at least above the second generation, and it is still the case that we have made great progress every time."

"According to the current situation, it takes tens of billions of dollars to manufacture a piece of equipment, including technical demonstration and manufacturing. It takes one year, two generations, and a minimum of three years!"

Novotini added, "However, it has not been three years since the discovery of the strong annihilation force field."

"This is the key!"

"As a latecomer, our speed of catching up is not as fast as that of the other party's research and development..."