International Organization for the Theory of Annihilation.

Brian and Novotini were sighing in their office, and at the same time, they couldn't help but curse Amriken for his despicable behavior.

The Grum Lake Project team has determined the next step to build the strong annihilation force field equipment with the strong annihilation force field generation technology mastered by the annihilation organization.

Although the team claims to have made a lot of corrections and changes, anyone knows that the main technology of their manufacturing equipment is still the same, and the corrections and changes are only slightly adjusted to facilitate future research.

The new equipment they plan to build can also be called the '2.5th generation' of strong annihilation force field equipment.

Because of the same technology, the equipment manufactured by the Groom Lake Project team will be more advanced, and the focus of public opinion will shift to the Groom Lake Project, and the Annihilation Group will have a direct impact on making it more difficult to raise funds to make the next generation of equipment.

Annihilation is supported by more than two dozen countries and institutions.

Expenses are apportioned.

Some countries and institutions did not want to continue to support the annihilation group when they learned that the Grum Lake Project would make more advanced equipment, and raised funds to raise objections from nature.

These countries and institutions do not feel the need to compete with Amriken, and in many fields, they are not able to master the most advanced technology, and even if they do, they simply do not have the financial resources and human resources to support the use of such technology.

Then it makes no sense to continue to support the International Organization for the Theory of Annihilation.

Brian was struggling with this.

They were already preparing to design the third generation of the strong annihilation force field equipment, but as a result, they encountered great difficulties when it came to the stage of raising funds.

On the one hand, the promised funds have not arrived, and they are always looking for all kinds of excuses to delay.

On the other hand, there are some countries and institutions that have spoken out that the annihilation groups should no longer support the large-scale manufacturing of new equipment.

Both issues are related to Ameriken.

Brian could only scold Amriken, the Lake Groom Project, and the 'despicable thief' Empoli Coop.

Novotini shook his head and said, "We have to worry about money every time. It would be nice if I could study it with the flower grower......"

He would love to be involved in the most advanced research on the annihilation field.

"We should have more collaboration, not like it is now." Novotini continued, "The last time I went to the flower planter, I felt very good, Wang Hao was also very enthusiastic, he talked a lot of things, Bill, do you think it is possible, we will be able to cooperate in the future?" ”

"It's hard."

Brian thought and shook his head, "Our technology is so bad. For them, there is no benefit in working with us. ”

"What if we lower our profile? Like, what do you give? ”

"Pay for what?" Brian asked.

Novotini pursed his lips vigorously and said, "Like, let's help them do experiments?" Sharing data? They can give us technical support, so that we can surpass the Lake Groom project team, and it will be easier to get financial support at that time. ”

"We can also involve their people, get them involved in the organization, and even lead our research ......"

Brian was stunned as he listened, and he said with a wry smile, "Aren't we going to be their auxiliaries?" ”

"Affiliate...... So what? ”

Novotini said helplessly, "Many of our studies are not innovative at all, and they have already studied them thoroughly. ”

"If we don't do that, and we don't have more advanced technology, how can we convince those politicians to support our research?"

"Without funds, there is nothing."

Brian also understands this truth, but on this issue, they don't even have the right to decide, and they can only think about it for the time being.

He sighed and said, "I'm going to go to Germany and Efara and Japan again to see if I can get support......

……

The Lake Groom Project team has identified the fabrication of the new equipment.

The International Annihilation Theory Organization is also arguing to build a third-generation device, and Brian is running around meeting with various officials in hopes of getting sponsorship for R&D.

Naturally, this matter was noticed, but not many people cared.

The media focus was on the Lake Groom project team because they had enough money to go and make sure they would build the new equipment.

In addition, Ronald Nolan claims that the new device is capable of creating a seven-fold strong annihilation field.

This is more than the Iron Leveling Requirement.

In other words, as long as the new equipment can be manufactured, the Groome Lake project team is likely to master the technology to manufacture magnetized iron materials, first-order iron.

Good Multimedia is also very optimistic about the Lake Groom project, "They will soon be able to catch up with the Antigravity Sex Research Center on the basis." ”

"Seven-fold and eightfold are not much different anymore."

"The Anti-Gravity Sex Research Center has reached a technical bottleneck, and they may be starting to get anxious because the opponents behind them will soon be able to catch up and overtake ......"

“……”

Another reason why the Lake Grum project has attracted attention is that they have enough funding and researchers, as well as relatively mature technology.

So the new equipment will definitely be manufactured.

Then you can look forward to it.

Next, the Grum Lake Project project team continued to disclose the research progress, and international public opinion also set off waves of waves.

If you just look at the content of public opinion, it seems that the Grum Lake Project Department has already manufactured new equipment.

Actually, there is still a wait.

In the midst of the high profile of the Lake Groom project team, the silence of the anti-gravity sex center, and the helplessness of the International Annihilation Theory Organization, three months passed quickly.

In the past three months, Wang Hao has devoted his energy to two tasks, one is granular metal superconducting materials, and the manufacture of new strong annihilation force field equipment.

The second is the research and development of key materials for nuclear fusion design projects.

The former had to wait most of the time, while the latter spent more energy, and in the last month, Wang Hao even stayed in the metal materials laboratory of the Academy of Sciences.

He personally led the team to develop one of the most critical materials - compressive insulation materials that resist neutron impact.

If the material is placed in the innermost layer of the device, the surface will be in direct contact with the high-intensity nuclear fusion reaction inside, and it will definitely be subjected to the effects of high temperatures, high pressures, and neutron shocks.

However, high temperatures, high pressures, and neutron shocks are not critical, but rather a thin layer of strong annihilation force fields that exist inside the material.

The thin layer of the strong annihilation force field cannot directly contact the internal reaction, because the strong annihilation force field will annihilate the energy, which can only be used as a kind of protection for safety, and works together with the inner layer of compressive heat insulation material to isolate the internal heat and be safe and stable.

A strong annihilation force field causes the material to become magnetized.

The outer layer of the device is the spiral magnetic field, so the magnetization of the material will have an effect on the spiral magnetic field, so the material also needs to have 'anti-magnetization properties'.

It is obviously impossible for ordinary metal materials to have anti-magnetizing properties.

Therefore, the material must use a large number of upgraded elements and future elements, and it is best that all of them are composed of advanced elements and future elements.

This research is obviously beyond the level of competence of the materials institutions, and even the vast majority of materials institutions do not even have the authority to conduct research.

Wang Hao simply went to the metal materials laboratory and personally led a team of more than 20 researchers, which took a month to overcome the difficulties.

They developed a darker β-iron composite and named it 'β iron-tungsten-003'.

The elemental composition of 'β iron tungsten-003' is very complex, including three metallic elements and four non-metallic elements, except for sulfur, which is composed of balanced elements, all other elements use future elements and advanced elements.

"The dense material of 'β iron-tungsten-003' has a melting point of 7,300 degrees Celsius, and at the same time has ultra-high toughness and compressive resistance."

"We have done the anti-neutron impact test, and 'β iron tungsten-003' has passed the test, and we will continue to do high heat and high pressure detection in the future......"

"But we don't think there's a problem with passing the test."

Academician Yang Jun made a report.

Wang Hao exhaled when he heard this, he was also very much looking forward to the performance of 'β iron tungsten-003', but when he knew that it was very likely to succeed, he did not have any excitement.

Because......

It's been too long!

'β iron-tungsten-003', with '003' in the name, is naturally not the first material to be studied.

Before coming to the metal materials laboratory of the Academy of Sciences, they had already studied 'α iron tungsten-001' and 'α iron tungsten-002', but the basic performance was still much worse.

After Wang Hao came to the laboratory, he carefully inspected the manufacturing process, held a meeting to discuss it, and later decided to replace α iron with β iron, and also adjusted the manufacturing process.

When the production of 'β iron tungsten-003' is relatively poor, the performance is relatively poor, and the dense material technology is simply used to increase the performance.

Now, finally, it has worked.

Wang Hao sighed with emotion, and when the others cheered excitedly, he always wanted to hurry back to Xihai City and continue the research of the annihilation force field supported by 041 materials.

That's the kind of research he wants to do.

After all, the research of materials is not his own job, because the research has not progressed for a long time, and the materials are very critical to the research, so he decided to come over.

I just didn't expect it......

It took up to a month!

The next morning, Wang Hao couldn't wait to leave the metal materials laboratory. He walked very simply, waving to the others and getting into the car, without even a little nostalgia.

This makes the people who come to see them off feel weird.

Someone asked Yang Jun, "Academician Yang, why do I think Academician Wang is a little unhappy?" We've done such a big deal......"

"He walked very simply, as if he couldn't wait."

"If it were me, I would have stayed for an extra week, this kind of achievement...... With this problem overcome, can the research of nuclear fusion enter the next stage? ”

Yang Jun shook his head amusedly, "So you're not Academician Wang!" ”

"What do you mean?"

Everyone else has seen it.

Yang Jun said, "You guys, you still don't know about Academician Wang. We don't have the same concept of time when we look at research. ”

"You think a month is a short time, but Academician Wang thinks it's a long time, and he obviously doesn't like material research."

"As for the ...... results"

"Do you think Academician Wang cares about this achievement?"

A group of people was asked.

When they think about it carefully, they feel that it makes sense, the research results of the top materials are very important to them, but Wang Hao doesn't care at all.

The basic materials used in the research process include β iron, α tungsten, α silicon, α hydrogen...... and so on, all of which were researched by Wang Hao and his team, and the final manufacturing process of dense materials was also completed by Wang Hao's annihilation force field experimental group.

The current results are only applied materials research.

Wang Hao researches new elements, new substances and new technologies, and does the work in the most cutting-edge scientific fields in the world.

It can only be said that the gap between them and Wang Hao is too big, and they are not at the same dimensional level at all.

……

Compression-resistant thermal insulation materials that resist neutron impact are the most difficult and important research in the material difficulties of nuclear fusion design.

Half a month later, the metal materials laboratory basically determined that 'β iron tungsten-003' met the requirements.

The reason why I say 'basically certain' is because the follow-up testing is required, and the testing of the material life can not be completed in half a month.

They must continuously apply pressure to determine the bearing capacity and service life of 'β iron tungsten-003'.

This is related to the ignition duration.

Although nuclear fusion equipment can be 'flamed out and suspended', and there must be a need for 'filling materials' and other aspects along the way, it is not easy to replace the inner layer of thermal insulation materials.

That's not something that can be done with a few days of pause.

In any case, 'β iron tungsten-003' can also become a 'solution to the inner material' at the very least, and the major difficulties in the direction of the material have been overcome, and some of the remaining small material needs can be solved alternatively, and the research is relatively easy.

When the research results were submitted, Professor Xu immediately contacted Wang Hao to discuss the next step in nuclear fusion research.

Then, with mixed feelings, he sighed, "It's finally this day!" ”

He was referring to the fact that nuclear fusion research has entered the manufacturing phase.

Mr. Xu has long known that there will be this day, because Wang Hao's team has provided too many high-end materials and technologies, as long as the research continues, it is very hopeful to solve various material difficulties.

It's just a little earlier than expected.

Perhaps the main reason is that Wang Hao personally participated in the research, otherwise the 'anti-pressure insulation material resistant to neutron impact' will have to wait for a long time.

The next step is complicated.

The fusion design phase can be completed, and the question of manufacturing can be discussed later, and there are so many factors involved in manufacturing.

They need to prepare for big conferences.

People from many fields attend the conference to discuss the manufacture of fusion equipment, and their plan is to build power stations from nuclear fusion equipment.

This is the general route.

If you are building a power station, there is no need to limit the size of the equipment, and no matter how large the floor area is, it is acceptable, and the requirements are naturally much lower.

However, there are also a lot of problems with the construction of power stations.

For example, where can you find a power station? After it is built, which power plants will be replaced? Will the follow-up equipment debugging and experiments have an impact?

Also, what is the expected investment? How to raise funds?

In the whole construction process, which institutions and factories are involved, how to solve the confidentiality problem, and which R&D institutions are involved......

Wait a minute.

There are so many and too many complex issues here.

(End of chapter)