Black technology starts from the steel suit

Chapter 229 Chapter 229 Chapter 1125 Project
Plan 1125
CCTV applied for a live broadcast of this award show. The host used an enthusiastic voice to introduce the Nobel Prize award show to people, especially the protagonist Wang Feng.

The reason why there was no introduction before was because if any of our people won the award, of course it was passed in a hurry. Did you spend so much space on your own CCTV to introduce other people's Nobel Prize winners?

This time it was different. This time it was my own person who won the award, and it was a representative award like the Nobel Prize in Chemistry, so it was naturally different.

It not only requires publicity, but also vigorous publicity. Not only CCTV, but also many TV stations have taken the initiative to broadcast it. Based on everyone's ability to detect the direction of the trend, no one needs to remind them.

Then there are all kinds of online media, which are also very consciously rebroadcasting, and at the same time, they are topped and commented, which is consistent with the central propaganda.

Especially trending searches, as well as Weibo, etc.
The house of Wang Feng's family has been registered as a cultural relic. After a hundred years of Wang Feng's parents and Wang Feng and his wife, it will be taken back by the Cultural Affairs Bureau, decorated, etc., and finally put on display.

Of course, the impact on Wang Feng is not very big. After all, he is still in Sweden. Considering that many domestic media will definitely want to interview him now, it is estimated that there are quite a few people who come to visit with their things, so Wang Feng simply said Spent a post-wedding trip with Jin Lili at Lake Mälaren in Sweden.

Time flies, and people are always forgetful. After ten days and half a month, who will remember a Nobel Prize in Chemistry that has nothing to do with them?

After all, this is an era where entertainment is paramount, and the Nobel Prize in Chemistry itself is not entertaining, and no one dares to develop any entertainment projects on it.

Unless you want to commit crimes against the wind, you don't want to mess around.

Compared with the honor brought to him by the Nobel Prize, Wang Feng is still more interested in the real benefits, such as remuneration, personal status, and leadership.

The Nobel Prize is a big banner, so big that even many Changjiang scholars and many academician-level bosses are willing to mix with the Nobel Prize bosses, especially those academicians who do not have sufficient funds in their hands, and Those academicians whose projects are not very attractive, or are simply scholars in the field of theoretical research.

These scientists are not as supportive as those bigwigs who do applications, so they are relatively not so reserved. Many people have already come here at the invitation of Wang Feng.

This will undoubtedly greatly speed up his research progress and bring a lot of fresh blood to his research institute.

After all, if they come here, they definitely don’t come alone. Wouldn’t they become a bare-bones commander? Wang Feng would not refuse to join a dozen or so unsatisfactory students, as long as his level is sufficient and he has no bad records, and he must be able to pass the political review.

The latter should be the easiest for them to see when they come. After all, they have participated in many big projects before, and their personal qualifications can definitely pass the test. What they lack is just such an opportunity.

So about ten days later, when I returned to Luzhou for dinner, the whole institute had taken on a new look. From the original three or two small fish and cats, to now there are several big crocodiles and big sharks, not to mention They still have their own advocates and supporters.

That is to say, Wang Feng's current achievements and status can support such a team, otherwise it will not work at all. No matter who comes, he has to face an academic dispute at the meeting first. Wrong has nothing to do, after all, no one knows right or wrong before proceeding.

Such academic disputes are only related to routes, honors, and interests.

Of course, if it is a big guy like Wang Feng who has just won the Nobel Prize, and Yu Wei, who carries the Nobel Prize, has returned from Sweden, then we have to talk about it. After all, compared with the title of academician, it is another level.

But even so, Wang Feng also listened to an extremely intense report full of disputes at the meeting.

Before Wang Feng came back, the new project had already been established. Although the above was not particularly satisfied with the size of the new device, they were quite satisfied with its capability and power.

At present, the country has launched the project of "harmless treatment of spent fuel", which aims to create a huge device that can effectively reduce the hazards of radioactive elements in it, and this device can increase the radioactive speed of spent fuel. Ten thousand times.

These radiant heat can be used to generate electricity, power the device itself, or do other things, anyway, this is not the main purpose.

The main purpose is to deal with these piles of spent fuel, which are extremely harmful at the same time. After all, the radioactivity inside may last for thousands or even tens of thousands of years before it is naturally emitted.

It would be great if this process could be greatly sped up.

So the above goals are mainly three:
The first is to be able to develop an accelerator with a higher acceleration factor under the existing conditions. The speed of tens of thousands of times is still a little slower. After all, there are many radioactive elements in spent fuel. The processing deadline has already been reached. Tens of thousands of years.

The second is to develop a device that can greatly reduce the volume while maintaining the original power. After all, everyone is really satisfied with the power, but the volume of this device is still too large. The volume and weight of the internal combustion engine are smaller, and the structure is simpler and more reliable.

Third, there are no samples yet, but it is very important, and the priority is even higher than the first two.

That is to develop a device that can realize the interconversion between ordinary, stable nuclides and strong radionuclides, because now that the door to nuclear batteries has been opened, it is necessary to consider future use issues, that is, demand issues .

However, the radioactive materials that can be obtained from both nuclear power plants and neutron testing sites are relatively limited, and it is impossible to meet the demand at that time.

Especially after the first two problems are solved, the contradiction of the last problem will be particularly prominent, which requires precautions.

These three issues were discussed at the meeting, or mainly the first two issues, because everyone didn't know much about the third issue, so naturally they didn't have any right to speak.

These two problems are mainly developed around the academic route and the engineering route. One of the academicians proposed that the difficulty of this problem should be transferred to engineering, that is to say, resources should be tilted to the engineering team, mainly to solve the problem of superconducting magnetic tracks. problems and coolant problems.

Develop better superconducting materials, so that we can obtain stronger magnetic fields, or more easily obtain strong magnetic fields, so as to solve the problem of insufficient acceleration and poor reliability.

This is easy to understand. After all, our ability to apply science is much stronger. It is naturally easier to solve such similar problems. Of course, this is relatively speaking.

Based on this engineering technical condition, it is possible for us to manufacture a device with greatly reduced volume and greatly increased reliability. At that time, many units will be willing to pay for our things, so that we can form a benign cycle, our project team can continue continuously.

This proposal is actually mainly to solve the second problem. Of course, it can also take into account the first problem, but it cannot do anything about the third problem.

Compared with this, the first route is more favored by Wang Feng, which is to solve this problem from the academic route.

After all, everything now is achieved by breakthroughs in theoretical science, so why don't we return to the essence and continue to choose this route to solve the remaining problems?
The existing devices are indeed relatively large in size, but this is because the theoretical technology is not yet mature enough. Academics believe that as long as our theoretical level improves, we will be able to solve these problems in the near future.

Or at that time, these problems will no longer be problems, it will be a small problem that can be solved easily without causing any confusion.

The strength of the magnetic field is not enough just because we don’t know enough about its internal correlation mechanism, and the unsatisfactory acceleration magnification is just because we don’t have a thorough understanding of its internal correlation mechanism and the application is not reasonable enough.

To be honest, the latter is actually more in line with Wang Feng's psychological expectations, because he also thinks so. After all, as the creator of this project from scratch, he really knows very well that the conditions for our current transformation are so harsh. Because we don't know enough about the correlation mechanism.

If we could reveal more of these codes, then perhaps such stringent conditions would not be needed.

Of course, this is just Wang Feng's guess, which can be regarded as intuition; but at the same time, Wang Feng also has a doubt, that is, can the above three problems be solved only by relying on theoretical breakthroughs?
The last one should be possible, and that is the protagonist of this time; but Wang Feng does not believe that the first two problems can be achieved only by relying on theoretical breakthroughs. At least no matter how advanced the theory is, if it is to be attributed to practical application, it must fall to engineering.

There is no doubt about that.

In other words, the suggestions from the academicians of the engineering department must be arranged; as for theoretical breakthroughs, that is the top priority. However, if this happens, the experimental funds will not be enough, and the above will inevitably happen. Making a report.

And taking a step back, even if there is no consideration of the latter, if someone just defected to join the research institute, then Wang Feng would definitely not let the other party idle.

So at this point, the 1125 project was officially established and divided into two major sections, one is the academic department and the other is the engineering department. These two departments share the remaining funds, but they need Wang Feng's approval.

Of course, Wang Feng is only responsible for approving and approving the big ones, how to allocate them specifically, and the allocation plan are the responsibility of their departments and committees. As for the supervision issue, that is the accountant's responsibility, so it is not Wang Feng's responsibility.

Now that we have decided on a two-pronged strategy, we naturally have to bear this price. Whether it is engineering construction research or theoretical research, it is a big part of the money. It is not an exaggeration to say that money is spent like water.

Among other things, engineering, especially this kind of project from scratch, first of all, materials are the biggest problem to be solved, and it is also the most costly project.

Any breakthrough in materials science is made from scratch and is made with money. Only with enough money can it be possible to achieve a breakthrough in materials science.

As for high-temperature superconducting materials and materials with higher cooling efficiency, or materials with faster conduction temperature, these are difficult problems in the field of materials science, and it is not easy to solve them. Even if you spend a few hundred million, you may not be able to hear them The loud kind.

Especially for the former, the academic community has already spent more than one billion yuan on it, and it is still in dollars. If you want to solve it, you don't know how much more you need to spend.

Previously, Wang Feng directly used the results of China National Nuclear Corporation, which was made with the funds of the international controllable nuclear fusion project. If they did it themselves, they would definitely not be able to do it.

Of course, the funds for the laboratory are still affordable at present, but if there are no results, then it is not easy to say.

As for the cooling material, there is nothing to say. They all use liquid nitrogen, but what needs to be considered is the thermal conductivity of the material. It is also quite troublesome to take into account thermal conductivity and corrosion resistance, etc., but this is not the point.

Compared with these engineering problems, it seems easier academically, but it is actually quite difficult.

This requires an extremely powerful mathematical analysis ability to find suitable and valuable data in these vast data, and then properly organize them to explain the correlation mechanism between the electromagnetic force and the weak interaction force. .

This part is boring and very error-prone. Once you make a mistake, you will lose all your money, because it is impossible for you to know where the problem is. That is to say, once there is a problem, an experiment will be fruitless.

Unlike the engineering department, it can also obtain a pile of scrap metal with extremely high analytical value, which can be used to analyze data and improve the success rate of the next experiment.

In addition to this, there is another issue that needs Wang Feng to manage, and that is the issue of security. Although security issues have always been taken seriously, after the implementation of the 1125 project, this level of attention has now risen to a higher level.

According to Li Youmin, a fully armed combat battalion was stationed nearby, and a squadron of armed helicopters was specially allocated at the military region airport to protect the safety of the research institute.

Once there is an emergency, the front-line combat troops can respond within 5 minutes. At the same time, if necessary, armed helicopters can provide support at any time. Even if you hide in the mountains, it is difficult to escape.

I have to say that the above thought is indeed quite thoughtful, basically solving the worries of the institute.

(End of this chapter)