Tech Translator

Li Hao and Zhou Yunsheng walked out, they were going to the biology laboratory.

Haozi, I saw you laughing just now. I checked that these two big projects cost about the same. The project team led by Director Bi Ye not only completed the industrialization process of iron graphene batteries.

They also want to study wireless power transmission technology, which is now close to success.

As for Director Guo Jianzhuo, they spent the same amount of money, but none of the projects succeeded. Seeing that the car was driving steadily, Zhou Yunsheng asked suspiciously.

Li Hao was not surprised. One was that he provided Bi Ye with additional information. Bi Ye's project is guided by the materials in the library. He can develop so quickly.

Guo Jianzhuo only relied on his own experience and explored a little bit. It is normal for them to develop slowly. Coupled with the field of basic science, it is famous for its large investment and slow speed. General technology companies simply cannot afford the research and development of new materials.

When I want to translate the technology in the future, give them a few pointers. Guo Jianzhuo's research and development speed will also reach the fast lane.

Li Hao explained: This is because their projects are different, and there is no comparison at all. Besides, material technology belongs to the field of basic science, and their research and development results are very difficult. But the role is very extensive, and even a little bit of breakthrough will have a great impact.

Just like nuclear fusion technology, the tokamak device is now very mature. But there is a key technology that has not been broken through. That is high-temperature superconducting technology.

If this technology breaks through, the difficulty of nuclear fusion research, this will decrease exponentially.

Just talk about things I don't understand. Zhou Yunsheng gave Li Hao a blank look, and then said: I understand the truth of what you said, but it's just that the categories are different and cannot be compared.

Then since you know that the results in the field of basic science are slow, why do you directly ask Guo Jianzhuo about the scientific research results? How good the inquiry process is, I can learn more. How embarrassing they are to directly ask about the results.

It won't be embarrassing, our company has a dedicated psychological counselor to provide psychological counseling to scientific researchers.

I hired a psychological counselor because I was afraid of causing several parties to compare with each other, and our company would bear the consequences.

If researchers in the field of physics say, ‘We have contributed a lot to the company, the material group next door only takes money and has no output. We are much better than him. '

If you really want to say such a thing, the hearts of the company's scientific research team will be scattered. It will hit the entire system in our scientific research field. Li Hao simply explained.

In fact, he already knew that the project led by Director Guo Jianzhuo had no results. This question is mainly for Zhou Yunsheng to see.

She has always felt that the company has continued to invest but has not produced much, and the company has lost money. Taking her to various research departments today is also to popularize her science.

Zhou Yunsheng nodded and said: I understand, materials are a field that burns money, and it depends entirely on luck whether the research results are achieved.

In fact, I still think it is best to invest the main funds in Director Du Xianyu, and their projects have the most obvious results.

After our detailed financial calculations, they are developing three technologies that are equivalent to artificial corneas. Then this project will achieve self-balance. There is no need for our company to continue to invest funds.

Li Hao felt that it would take a long time to popularize science to Zhou Yunsheng, and Guo Jianzhuo and the others really achieved great results. This is better than him saying a thousand words.

They have arrived at the biological laboratory, Li Hao stopped the car, and said at the same time: I know that Director Du Xianyu is researching more advanced technologies than artificial corneas, but I don't know how they are progressing. We will know when we go in. Director Du Xianyu is waiting in the office us.

Li Hao and the others walked to the door of the biology laboratory. After detailed verification by the parrot, the identification was successful, and they entered the biology laboratory smoothly.

Zhou Yunsheng went directly to the disinfection room next to him, picked up the protective clothing with some dust on it, and was about to put it on.

She said depressedly: If I knew I was coming to the biology laboratory, I would not wear Hanfu and change to tight clothes.

Li Hao looked at Zhou Yunsheng's depressed expression, and he snickered aside.

Seeing that Li Hao was not wearing protective clothing, Zhou Yunsheng threw the protective clothing aside, pouted and said, What happened to the biology laboratory? You don't tell me, you are still watching my jokes.

Li Hao took her hand, walked straight forward, and explained to her at the same time: There is no need to wear protective clothing, the biology laboratory has already established a glass protective corridor for people to walk.

Many experts and employees have reported that they do not go to laboratories with biological materials. Also wear bulky protective clothing for a long time in the laboratory. It greatly delays their scientific research projects.

It just so happens that our scientific research building is isolated by glass corridors, so we installed this technology in the biological laboratory in advance for technical verification.

They walked into the biological laboratory, where there are many airtight glass corridors. It extends in all directions and leads to every room in the laboratory.

Scientists in biology laboratories wear simple clothing. Some held experimental equipment in their hands and hurried past them.

Looking at the corridor, Zhou Yunsheng said happily: This is a normal biological laboratory. After I put on the protective clothing, I always panic. It seems that there are bacteria and viruses all around.

They came to Director Du Xianyu's office, opened the door and entered, and saw Du Xianyu sitting on an office chair thinking about something.

When Du Xianyu saw Li Hao and the others coming, he got up and greeted them.

Welcome Mr. Li and Mr. Zhou to visit our biological laboratory.

He then glanced at Zhou Yunsheng next to Li Hao, not knowing how to introduce the situation of the laboratory.

Seeing his performance, Li Hao knew what he was worried about?

Director Du, please tell us about the organ manufacturing project and what stage it is in now.

He deliberately emphasized the word our. In fact, the progress of scientific research projects is available on the cloud intelligence platform. He didn't mean to hide Zhou Yunsheng at all.

Du Xianyu understood what Li Hao meant, and he secretly breathed a sigh of relief. Begin to introduce them to the basics of the organ manufacturing project.

We have now entered the second phase of the organ manufacturing project, focusing on solving its two core technologies. Totipotent stem cell technology, and artificial uterus technology.

Now that initial results have been achieved, both technologies have been initially developed.

The core technology of the first stage, the gene expression selection enzyme, has been successful, and we can control the degeneration and specific differentiation of cells.

Our expert group discussed two organ manufacturing techniques in detail. Ultimately, it was found that uterine culture technology is more likely to be realized.

Since we have obtained the core technology of uterus culture technology gene expression selection enzyme. Now in our biological laboratory, most of the resources are invested in uterine culture technology.

Let me now talk about the results of the second phase. We have produced preliminary totipotent stem cells. After experiments with mice, it can be transformed into embryos and develop into normal mice.

Now we use human cells to make totipotent stem cells. Used to grow specific organs. Among them, several key technologies have not yet been broken through.

But through these two core technologies, we have achieved some good results.

Let's combine totipotent stem cell technology and gene expression selective enzyme technology. Human hematopoietic stem cell progenitors have been successfully differentiated.

And through glass jars, a simple cell growth environment is constructed. This is the pre-technology of the artificial womb technology.

When Li Hao heard Director Du Xianyu's words, he was constantly thinking and corroborated with the materials in the library.

Zhou Yunsheng stared wide-eyed and could understand every word. Together, they look a little confused.

She asked Director Du Xianyu directly: Director Du, the introduction of the technology is too complicated, and I can't quite understand it. Can you tell me directly, what is the result of this technology? I also want to have a specific impression.

Du Xianyu also doesn't like to introduce technology. He is a qualified scientist, but not a qualified teacher. In this way, science popularization consumes more brainpower than his scientific research.

He said with a smile: We have now cultivated human hematopoietic stem cell progenitor cells based on the preliminary research results of these technologies.

The main substance of human blood can be produced industrially. That is to say, from today onwards, there will be no more blood shortages.

Zhou Yunsheng's eyes lit up. Solving the blood shortage is a technology with strong profits and social influence.