From University Lecturer to Chief Academician

in the office.

Bill Bryan and Juraj Novotny were silent together.

After carefully studying "Annihilation Force Field and Magnetization Reaction", they thought about the "technological catch-up" issue that they had been talking about for half a month, and they all felt like funny clowns.

No!

Everyone in the organization is the same.

The International Annihilation Theory Organization was established to study the physics of annihilation, and its first and only competitor was the Center for Research on the Behavior of Antigravity.

In fact, the scholars led by Novotini and Brian are more inclined to cooperate with the Anti-gravity Behavior Research Center, so as to be able to participate in the top research. It is just a cutting-edge scientific research with great influence, not purely academic. The political influence is also great.

Unless most of the people in the organization can be persuaded, as well as the institutions that provide funds for investment, if you want to participate in the research, there is only one option for the International Annihilation Theory Organization for the time being.

certainly.

Even if they are more inclined to cooperate with the Antigravity Behavior Research Center, Novotini, Brian and others hope that the technology mastered by the organization can catch up.

In the past half a month, they have been talking about this, and they are ready to demonstrate the manufacture of the second device, and they are full of expectations.

All scientific research pursues innovation.

Under the current situation, their technology is not as good as that of their opponents, so most of them are replicating the opponent's experiments, and some are verifying the results.

Replication and verification are almost meaningless.

Originally thinking that manufacturing the next device would be able to achieve technological catch-up, and they have been discussing it with relish.

Now it is found that the gap between the two parties is as large as the "second generation or above", and it is just to demonstrate that the next device, that is, the "next generation", has little hope of catching up.

"The strength of the annihilation force field is one aspect."

Juraj Novotini said with a sigh, "Now there is another problem. Some of their research can't figure out how to do it."

"As far as this annihilation force field is measured, how is it measured?"

"The strong annihilation force field is just a thin layer, and it is impossible to do conventional mechanical experiments. How did such accurate data come about?"

Bill Bryan said depressedly, "Unfortunately, they didn't disclose the details of the experiment."

"Impossible to make public."

Juraj Novotini shook his head and said, "If it were us, we would not make it public."

Bill Bryan pursed his lips hard, shook his head and said, "You're right."

When the two were sighing, the outside was already bustling.

Many people have already come to the office building, and they have all read the new issue of "Physics and Theory of Annihilation". What Brian and Novotini can see, others can naturally see.

They all kept talking.

soon.

Empoli Kubo was there too, and he also got the news.

While being surprised and depressed, he immediately contacted various technical groups to hold a meeting, and even called out to Novotini, "Jurai, Bill, prepare for a meeting. We need to discuss the technical issues of measuring the annihilation force field."

Empoli Kubo also knows the point.

The strength of the annihilation force field is one aspect, and it only represents their technical gap. The measurement of the strength of the annihilation force field is a big problem.

What they create is the same annihilation field, only a thin layer around the outer ring of the anti-gravity field.

Why can Wang Hao's team measure the strength of the force field through experiments?

That's the point.

In the face of this issue, the technical gap like a gap can be put aside, because it is something that has to be accepted.

Half an hour later, the organization's internal meeting began.

They continued to analyze and discuss the issue of 'measurement of the strength of the annihilation force field'.

Several top scholars expressed their opinions, and really discussed a feasible solution, "The annihilation force field is still thick, but it certainly cannot support conventional mechanical experiments."

"We can analyze the mechanical effects in the field by releasing a pure proton beam, letting it penetrate a strong annihilation force field, and studying the motion changes of the proton beam."

"It will involve the problem of energy annihilation, as well as the effects of heat and magnetization, but excluding these effects, through a large number of calculations, it is still possible to eliminate interference and evaluate the strength of the field force..."

This method is indeed feasible.

After someone summed it up, there were a lot of opposing voices immediately, "Proton beam? The deviation of this kind of measurement must be very large!"

"In order to measure the strength of the annihilation force field, do we still need to find a high-energy physics team to cooperate?"

"How much does it cost? One billion? Two billion?"

"It's just too complicated!"

"I don't believe Wang Hao's team did this. Looking at the data on the strength of the force field, how is it possible?"

"..."

There was chaos in the conference room.

Empoli Cooper rubbed his forehead vigorously. He is not a top scholar in the physics world, and he has no right to speak at technical conferences.

Looking at the messy scene, he thought about how to explain it.

The last time Duruk-Bent asked about the 'technical gap', he said very clearly that as long as the 'next generation' equipment is produced, it will be able to catch up.

Now even the method of measuring the strength of the annihilation force field has not been discussed, and the result is determined to be "two generations" away from the technical level...

How to chase?

...

The impact of the publication of "Annihilation Force Field and Magnetization Reaction" is indeed very great.

There has never been a clear concept about the strength of the annihilation force field before, and the understanding of scholars is also based on the magnetization reaction strength of iron as the standard.

Now the standard emerges.

The experimental group of the Antigravity Behavior Research Center uses the multiplier of the weight of the object to represent the strength of the annihilation force field.

This is the standard for an anti-gravity field, and when used in a strong annihilation force field, it can naturally be recognized by the academic community.

After the field strength has a clear standard, scholars will then interpret a series of research results of the annihilation force field, and they will have a clear concept in their minds.

For example, electron transitions in iron occur at around 6.6 times (conventional annihilation force).

For example, the energy annihilation effect occurs around 2.7 times.

"According to the research report, the energy annihilation effect from 2.7 times to 6.6 times can already be annihilated by more than 98%, and the speed of improvement is very fast."

"It can be inferred from this that the electronic transition effect of iron will also increase rapidly as the strength of the annihilation force field increases."

"Judging from the numerical value, if the strength of the on-site force is higher, for example, reaching 7 times, the probability of iron's electronic transition will increase a lot..."

This is the conclusion drawn by many top scholars, and how much the specific magnification can be increased depends on the data of raw material research.

Rock Leesman Steel Company, Central Laboratory.

The research team led by Roller-Chemutai is conducting research on primary iron raw materials. He has precisely measured the content of primary iron in the raw materials and obtained other important data.

Before, this data didn't make much sense.

It's different now.

When you have the definition of the strength of the annihilation force field, coupled with the public ferromagnetization reaction data, and the data of the first-order electronic transition, you can compare and analyze many things with the data.

"If there is no problem with the published results, it can be estimated that when the strength of the annihilation force field reaches 7 times, the content of first-order iron in the raw materials produced may exceed 1%."

"When it reaches ten times, the content may exceed 20%."

"So, being able to create an annihilation force field that is more than seven times larger means that it can produce a large amount of first-order iron materials."

Laurel Chemutai said while holding the report.

Although it is only an account of some estimated data, the content contains huge value.

On the opposite side was Chrissy Brodion, the CEO of Locke Leesman Steel Company. Brodion asked seriously, "Is the data accurate?"

"High probability, more than 80%." Laurel Chemutai said, "Even if the data is inaccurate, there is no doubt that as the strength of the annihilation force field increases, it will be easier to manufacture first-order iron, no matter the strength is 7, Intensity is 8, not much difference, is it?"

"you're right."

Brodeen nodded after thinking, and said, "We must prepare in advance, and it is best to master the manufacturing technology of first-order iron. Of course, the possibility is unlikely."

"What we have to do is to optimize the extraction technology of first-order iron in order to take the initiative in the future competition."

Brodion easily determined the direction.

First-order iron is a brand new material, and many properties still need to be studied, but just looking at its physical properties, it can be used in many fields.

Another company that obtained first-order iron raw materials is the Lemittal Group.

The group headquarters is also holding a meeting, and many material experts gathered together to talk about their opinions, "First-order iron has great potential. Although it is very rare now, it may be uncertain in the future."

"I believe that in another year or two, florists may master the technology of mass production."

"There are also opportunities for the research of the International Annihilation Theory Organization. Can we try to cooperate with them, or simply conduct research by ourselves?"

"Basically you can't master the manufacturing technology, but you should also understand its characteristics, study the extraction technology, and reduce the cost of extraction."

"Maybe we can consider spending another sum of money to buy raw materials?"

...

For purely academic research, the funding in units of '100 million US dollars' is very large.

However, for international super-large enterprises, research and development expenditures in the unit of "100 million US dollars" are nothing at all. As long as they master high-end technology, they can easily double the investment and earn back.

After learning about the annihilation force field and the manufacture of first-order iron materials, many large steel and material companies saw the potential of first-order iron materials, and they were sure that first-order iron materials would become popular in the future. Ready to invest.

Input is divided into two directions.

One direction is to master the manufacturing technology, but it is too difficult to enter the research of strong annihilation force field.

In this regard, we can only ask the International Annihilation Theory Organization, or contact the relevant responsible officials to see if cooperative research can be carried out.

Another direction is extraction research.

If you can master high-end extraction technology in advance and greatly reduce the cost of extracting first-order iron, you will naturally have an advantage in future competition.

There are also some companies that hope to do research on alloys of first-order iron.

First-order iron and conventional iron have stronger physical properties, and the alloys produced must have better physical properties, and may be used in some high-end material fields in the future.

For example, aviation and aerospace.

For example, the military.

etc.

The ideas of these companies are very good, but it is still very difficult to obtain some iron materials. In addition, the selling price of first-order iron is too expensive.

One gram, one hundred million dollars!

Outrageously expensive!

Most companies can only give up and choose to wait and see the follow-up for the time being.

...

The domestic situation is similar.

Some large companies are interested in first-order iron, and are also interested in the annihilation force field research of the Antigravity Behavior Research Center.

For the latter, what they want to know is the 'speed of technology improvement'.

Now there seems to be a tacit understanding in the world, and they all believe that the strong annihilation force field produced by the Antigravity Behavior Research Center has a strength multiplier of about 6.6.

When can it be increased to 7 times?

If the strength of the field reaches 7 times, will it be possible to produce a large amount of first-order iron?

The outside public opinion did not interfere with the annihilation force field experiment group.

The new research results are just a regular release of 'basic results', and they are still continuing to study and improve the strong annihilation force field technology.

Wang Hao also devoted himself to research and development, and didn't care about the outside world at all. He stayed in the annihilation force field experiment group and discussed the material layout with others.

Continue to improve and continue to improve.

soon.

Another month and a half passed.

The central experiment room of the annihilation force field experiment group was busy.

Many people participated in the finishing work of the experiment, and the magnetized material produced in the experiment was also sent to the material testing center for Professor Wang Hui's team to carry out the measurement work.

The continuous busyness of more than ten hours made Wang Hao feel exhausted. After the experiment, he went back to the room directly to rest.

At nine o'clock the next morning, Wang Hao showed up in the meeting room on time.

Everyone else is already there.

Zhu Huacai couldn't wait to stand up, and said excitedly, "In yesterday's experiment, the strength of the annihilation force field measured by our team is..."

"7.83!"

Some people already knew the data, some didn't, but all of them reacted the same way, very excited and excited.

7.83.

This data is simply unbelievable, already high enough to completely exceed the intensity of F-rays.

Wang Hao was also a little excited, but the data was still expected. He thought about it and said, "7.83, 0.3 more than last time, it seems that the strength growth rate is indeed slow."

"According to this growth rate..."

"9 times, or 10 times, is almost the limit."

He estimated a number.

After hearing this, the others were very much looking forward to it, creating a 9 times or 10 times stronger annihilation force field, which is a fundamental difference in technology from the original.

The meeting summarized the experiments.

The next step is to wait for the results from the material testing center.

They used more than 20 single-element materials for magnetization reactions, hoping to find a second element that undergoes electronic transitions.

Three days later, preliminary results came in.

Wang Hui came to the experimental group to give a report and said, "All metal materials have been tested, and there is no special discovery."

This means that no elevated metal elements have been found.

Theoretically speaking, the magnetization reaction of metal elements is strong, and the probability of electronic transition is higher than that of other elements.

This is not the only thing Wang Hui wants to say.

With extreme excitement, he said the next sentence, "In the determination of pure iron, the content of first-order iron has been greatly improved, reaching 2.36%!"

What is this concept?

If there is a ton of raw material, 23 kilograms of first-order iron can be extracted. Pure iron is worthless at all. If the first-order iron content exceeds 1%, it means that first-order iron can be mass-produced.

Wang Hao's reaction was somewhat unexpected. He frowned and thought, "Only 2.36?"

"yes……"

Wang Hui was stunned and didn't understand, "Isn't it high enough? They can be mass-produced."

"It used to cost hundreds or tens of millions to extract one gram. Now that the content is so high, if the cost of raw materials is not counted, extraction and separation are no longer a problem at all."

"It's really improved a lot."

Wang Hao nodded in agreement with Wang Hui's statement, and then said, "Professor Wang, you have worked hard too. This news is kept secret for now, don't tell anyone else, and don't tell the experimental group either."

"Um."

Wang Hui nodded seriously.

After Wang Hui left the office, Wang Hao frowned thinking about the value of '2.36'. The content of first-order iron was much lower than expected.

He also accepts the judgment of the outside world.

When the intensity of the annihilation force field continues to increase, the ratio of the electronic transition of the first-order iron will be greatly increased, and the critical line of the electronic transition of the first-order iron is about 6.6 times.

The current field strength is 7.83, which has been greatly improved, but the first-order iron content is only 2.36!

This data is too low!

In addition, the experiment still did not find other metal elements that undergo electronic transitions, which is also something that is not clear, and it will also lead to no basis for subsequent theoretical research.

Theory is what Wang Hao cares most about.

When Wang Hao was thinking, he heard a conversation coming from outside, and then the door of the office was knocked.

"Come in!"

Wang Hao raised his head and shouted, and saw Mr. Xu's secretary Zhang Lin walking in.

Zhang Lin came on behalf of Mr. Xu, that is, the science and technology department. He couldn't wait to tell the news as soon as he came in, "Recently, he signed several orders and sold 27 grams of raw materials for first-grade iron. More than a dozen Hundreds of millions of dollars came in!"

"Those large international companies seem to have begun to scramble to research the extraction technology of first-order iron."

"It's really forward-looking..."

Zhang Lin’s last comment was a bit ironic, probably because he felt that there is still a long way to go before the popularization of first-order iron.

He then asked, "Academician Wang, recently WISCO, King Kong, and the Institute of Aeronautical Materials all want to know about first-order iron, and they also want to get some raw materials."

"What Mr. Xu means is that domestic companies should sell at a lower price and pay more attention to supply. After all, it is related to future competition."

"By the way, you've been busy doing experiments recently. Is there any gap in the production of first-order iron raw materials?"

After hearing this, Wang Hao took a deep breath.

He didn't answer directly, but thought about it carefully, and asked, "You have just completed a few large orders in units of 'grams'. If we provide first-order iron in large quantities at this time, will it be not too good?"

"……What's the meaning?"

"We already have the technology to mass-produce primary iron."