Of course, Feng Chunbao’s bold guesses are not limited to these, there is also a nanoimprint!
As long as the material is a material, it can be arranged regularly in a certain level and dimension. As long as the printer is properly set up, copper can be imprinted on the surface of a single crystal silicon wafer. Once this technology is established, it can be used by a factory every year. Save more than a little money.
But Ji Donglai didn't dare to say anything now, because only Feng Chunbao in the entire R&D center proposed this concept, and he was still an expert. The embarrassing thing was that no one could review it.
"The concept sounds reasonable, but the money should be spent."
"I feel the same way. After all, the concept of this thing is too new and we can't evaluate it. We can't spend less money..."
After talking to Feng Chunbao, Ji Donglai had a closed-door meeting with the company's top managers. These people knew less about embarrassing things than Ji Donglai.
Ji Donglai scratched his head and finally turned his attention to Shao Yongqi. The other person was a doctor from Jilin University and must have a lot of resources in this area.
Facts have proved that professional talents can have professional knowledge. Shao Yongqi reviewed the entire plan and immediately took Ji Donglai to the Institute of Materials Physics of Jilin University.
Here Ji Donglai finally saw what an expert team is. The people here are generally older, and the people who work are at least Ph.D.s. Shao Yongqi greeted many people he saw.
"Mr. Ji, Xiao Shao has already told me about your matter, and I have also read the information. Generally speaking, the feasibility of this idea is still very high. Our neighbors have made many attempts in this area in the past few years."
"In the field of material science, some people even try to put aluminum alloy on the chip, which can reduce the difficulty of the process. It turns out that the physical properties are too poor."
"In terms of nano-scale materials, we have tried a lot in recent years. As for terminal equipment, we need a capable company to do it. In the past few years, we and Military Industry 21 have made many attempts in this area, and we have learned from each other. Crossing a river with stones is always unsatisfactory.”
"If Mr. Ji wants to try out related industries, we can provide all-round technical support. After all, this is a new field, and if it can really be realized, it can be regarded as transforming many of our patents."
"Professor Tu and I usually communicate a lot. Although you have moved away from the field of scientific research, Professor Tu still thinks highly of you. In recent years, you have helped Lao Tu transform technology. Now that you have found me, I It’s also obligatory.”
"You can send people to stay with us, and our staff can communicate more with each other. This is all possible. Lao Tu said that you are very low-key, and I believe it now after seeing you."
Professor Fan is a top domestic expert in metals and semiconductor materials, and every word he speaks is resounding.
Ji Donglai didn't expect that the other party would have an intersection with Professor Tu, so his anxious heart was relieved and replaced by ecstasy.
He immediately handed Professor Fan a mobile phone, which only contained the phone numbers of himself, Gan Ping, and Feng Chunbao, and the communication channels between them. Professor Fan had suitable subordinates who could go to the site right now.
As for the R&D center, Ji Donglai directly asked Xinli to enter Jilin University again for recruitment. After all, many graduate students were brought out by Professor Fan.
With these relationships, communication between mentors will not be difficult.
"Professor Fan, are you and the teacher from the same university?"
At noon, for the first time, Professor Fan brought Shao Yongqi and Ji Dong to the restaurant for dinner. Ji Donglai said curiously.
"Our universities at that time were all in the northwest, and the emphasis was on making swords with one's head down, heavy swords without sharp edges, and large craftsmanship without workmanship. That was what we were talking about at that time. So I have read almost all of Jin Yong's works, and they are very in-depth."
"Your generation is more responsible for converting military technology into civilian applications. It's great that you have done it now. This is also the ultimate goal of our development of science and technology. At present, both our civilian and military fields have developed, and we need more A person like you with a professional background and the courage to explore."
"I've seen the businessmen in the market, and most of them follow blindly. Then they try to kill a certain industry and ignore new technologies and new fields. This is wrong. In our research institute alone, there are many patents that have been covered in dust for many years. Without the ability to convert, our companies have to pay high patent fees to foreign countries every year.”
"You do a good job and let companies convert more of our patents so that more Chinese people can benefit. We, the people who have spent our lives researching things, don't want to take them to the coffin, so you can just do it. We really need help, we These old guys try to provide you with technical support.”
When it comes to technology transformation, Professor Fan also has a lot of unhappiness in his heart.
It is true that most technologies are developed first for the military and then for the people. But some are simply used once, and there is no room for further extension, because that's all.
If the conversion is reasonable, the rest of the research can continue.
If you want to start a new project, you need to apply for funds from the above again, then start the project again and make a new budget.
This cycle is very closed, as is the case in most colleges and universities.
In fact, it is not necessary. In some developed countries, industry, academia and research have already achieved a reasonable allocation. Only universities like Qingbei University in China are doing well and have their own technology transformation factories. The same is true for universities like Harbin Institute of Technology.
Even so, there are still a large number of accumulated patents that need to be converted into civilian uses, and a suitable person is needed to do it.
Facing Professor Fan, Ji Donglai did not dare to disobey him in the slightest. What did the other party say that Ji Donglai promised? Before leaving, Professor Fan drew a list for Ji Donglai and gave Ji Donglai a list of the technology patents that needed to be transformed.
The only thing left was that when Ji Donglai invested, just a Six Sigma workshop made Ji Donglai speechless. If nothing else, the fulfillment of various conditions was comparable to the construction of a standard optical laboratory.
"How many sigmas does a Japanese electronics factory have?"
Holding a list of various materials that needed to be purchased and looking at the numbers below, Ji Donglai and Zhao Shuying sat together, their eyes dry and their hearts bleeding.
"Three Sigma!"
"Fuck!"
"WTF!"
To try new technologies, Ji Donglai had to bear the pain of various investments, and the funds in his hands began to flow out in a steady stream in new directions.
Feng Chunbao was the initiator of the nanoprinter imprinting chip technology project, and Ji Donglai asked him to serve as his deputy. The specific construction and project progress supervision was handed over to Gan Ping.
All six graduate students sent by Professor Fan were assigned to the laboratory by Feng Chunbao. Twenty people were assigned to the R&D center. A separate department was established at the technology center, which recruited professionals from the Aerospace Science and Industry and Harbin Institute of Technology. Correspondence to Feng Chunbao's department at all times.
(End of chapter)
