Chapter 1746 Various Project Approvals (Part 1)

After arranging the company's affairs, Guo Tailai went to school again.

Although he has graduated, it does not prevent Guo Tailai from cooperating with the school. Guo Tailai is still happy to do some purely academic research with the school. Of course, the school welcomes Guo Tailai's cooperation and is even proud of it.

"Fatty, what's the good thing this time?" I had made an appointment on the phone before, and Principal Gu directly rejected a lot of things and waited for Guo Tailai in the office. Seeing Guo Tailai come in, there was a smile on his face. Guo Tailai is the only alumni who can make President Gu wait for the meeting and still have such an attitude.

As Guo Tailai gets older and his identity changes, now only acquaintances with very close relationships can be called Fatty. Calling G, there are very few people who dare to call him fat in front of Guo Tailai, who is of a very normal figure.

There is no doubt that Principal Gu is one of those people with a very close relationship. Of course, Principal Gu's identity and age are enough to call Guo Tailai a kid affectionately, and calling him that is also for Guo Tailai's face.

"I still want to cooperate with the school on a few projects." Guo Tailai was not polite, and directly stated his purpose: "Some basic academic research, plus some regular cooperation with the medical school, come to the principal to report to you."

"Which aspect?" Principal Gu became interested. Last time, because of the graphene cooperation, Academician Han, who discovered graphene, is the one who has the highest voice to win the Nobel Prize in the next few years. There is also cooperation, and President Gu is of course happy. Such cooperation, such students, the more the better.

"Some cooperation on carbon nanotubes and the envisaged carnyne may need to be cooperated with the Department of Physics and Chemistry. Some high-precision grinding equipment wants to cooperate with the Department of Precision Instruments." Guo Tailai said quickly: "In addition, I also want to cooperate with the Department of Thermal Energy The department has some cooperation on gas turbines. In addition, I have designed a small medical instrument, and I want to cooperate with the School of Medicine again to do some clinical test data cooperation.”

"Good thing!" President Gu said without saying a word: "I agree! You can go to the relevant departments and professors!"

Principal Gu also only needs to know the scope of cooperation, and there is no need to think about other details at all. Fatty's cooperation over the years has not had a major scientific and technological achievement, so it would be strange not to cooperate! It is estimated that as soon as President Gu vetoed it here, a bunch of department leaders and professors would rush to President Gu to argue immediately.

The Department of Physics also received a call from Guo Tailai in advance, and when Guo Tailai arrived, there were also a bunch of professors who had worked with him waiting. Everyone, including Academician Han, seemed to be looking forward to it.

Because of Guo Tailai's reminder before, Shuimu University has already taken the lead in the research of two-dimensional materials, and is far ahead of the world. For these major discoveries alone, many NSC-level papers have emerged in recent years, and they are almost suspected of dominating the list in this field. Now that Guo Tailai intends to cooperate again, professors who have never cooperated before try their best to find opportunities to appear.

"Graphene research has been carried out around the world, so I now hope to go one step further." Guo Tailai and these real experts and scholars are not polite, they certainly do not like the tone of business negotiations, they still go straight It was more appetizing, so Guo Tailai directly expressed his expectations: "I hope to make some breakthroughs in the direction of carbon nanotubes, and related materials will have a wide range of uses in the future. In addition, theoretical research on carbyne I am also very much looking forward to the production of physical objects.”

Carbon nanotubes, also known as bucky tubes, are simply and straightforwardly said to be a material formed by rolling up graphene. This material was first discovered by Japan's NEC Corporation in 1991, and its use is still being explored. However, Guo Tailai's investment in research on carbon nanotubes is actually a series of investments, and he mainly hopes to transition to the theoretical and practical research of carbyne materials through the research of carbon nanotubes.

As for another material, caryne, carbynes are chains of carbon atoms joined together by double bonds or alternating single and triple bonds. Carbyne has been proven to be more than 200 times stronger than steel and twice the tensile strength of graphene, which was the previous strength champion of nanomaterials. Carbyne is considered to be the strongest material in the world, stronger than diamond 40 times.

Therefore, diamonds can only be the hardest substances naturally formed in nature, but diamonds are no longer the hardest substances in the world. However, the research on carbyne is actually still in progress, and no complete conclusion has been drawn. Guo Tailai's cooperative investment research is just to prove this point.

"Actually, what I need now is an abrasive with higher hardness and more uniformity." Guo Tailai did not forget to state his purpose and needs: "Although synthetic diamonds are also available, there will inevitably be wear and tear in grinding diamonds. I hope There are harder abrasives. Carbyne is the most likely substance I've heard, so I need teachers to help me prove it and figure out how to produce it."

With the good foundation of previous cooperation, the cooperation with the Department of Chemistry of the Department of Physics and the Department of Chemistry reached an agreement very easily.

The cooperation with the Department of Precision Instruments was even easier. Guo Tailai was originally from the department, and he was familiar with it from top to bottom, and the cooperation was reached without any hindrance. The supporting facilities of the large-format high-precision grinding equipment, mainly the measuring equipment, are handed over to the Department of Precision Instruments for research. Currently, Guo Tailai only needs to complete the mechanical and operating system parts. This is also a large part of Guo Tailai's work in the future.

Back at the medical school, he found his mentor, Professor Yang, and the dean, Professor Zheng. Guo Tailai was not polite, and directly expressed his cooperation intention.

Guo Tailai designed a portable blood purification device, which is smaller than a briefcase and can be used by kidney patients with blood purification dysfunction for emergency use. Blood purification mainly includes dialysis and filtration. At present, the hemodialysis equipment used by kidney disease patients is as small as a small refrigerator or even larger. It is mainly used in medical institutions and is inconvenient to move. Moreover, it cannot be used normally when water and electricity are cut off.

The blood purification device that Guo Tailai brought out only weighs about three kilograms in total. It has a built-in battery and can be carried around. It can be used for emergency medical treatment in earthquake-stricken areas and other places when necessary, buying time for patients to go to the hospital for dialysis. If it is successfully marketed, patients in the future are also expected to use this device at home, instead of going to the hospital for dialysis every time.

Of course, it is still necessary to start with animal experiments and then to human clinical trials. Guo Tailai plans to cooperate with Mr. Ding's Yueke Group and the School of Medicine to complete the collection of experimental data in the early stage and strive for an early clinical trial.

"Follow the old rules!" Without further ado, Professor Zheng made a final decision: "It's done!"