Chapter 873: Various projects (on)

After arranging things for the company, Guo Tailai ran to the school again.
Although he has already graduated, it does not prevent Guo Tailai from cooperating with the school. For some purely academic research, Guo Tailai is happy to do it with the school.
Of course, the school welcomes Guo Tailai's cooperation even more, and is even proud of it.
"Fat, what's the good thing this time?"
Before making an appointment on the phone, the principal Gu directly pushed away a bunch of things and waited for Guo Tai in the office.
It was a smile to see Guo Tai coming in.
If the principal Gu is able to wait for a special trip and still have such an attitude, only Guo Tai will be among the alumni below 35.
As Guo Tailai gets older and his status changes, the only people who can be called fat now are very close acquaintances. The others are either Mr. Guo or Mr. T. The older ones are more closely called Xiao Guo. Those foreign acquaintances are directly Calling g, few people dare to call him fat in front of Guo Tailai, who is very normal.
There is no doubt that Principal Gu is one of those people who have a very close relationship.
Of course, Principal Gu's identity and age are enough to kindly call Guo Tailai a ghost, so it's also a face for Guo Tai.
"I still want to work with the school on several projects."
Guo Tailai was also polite and directly stated his purpose: "Some basic academic research plus some regular cooperation of the medical school, come to the principal to report here."
"Which aspect?"
Principal Gu is interested.
Last time because of the cooperation of graphene, the academician Han who discovered that graphene is the one who won the Nobel Prize in the next few years. Of course, there is also cooperation.
This cooperation, the more students like this, the better.
"Carbon nanotubes and some of the envisioned carbyne collaborations may need to work with the physics and chemistry departments.
Some high-precision grinding equipment wants to cooperate with precision instrument department. "
Guo Tailai said quickly: "In addition, I also want to cooperate with the thermal energy department on gas turbines.
In addition, I have designed a small medical instrument and want to cooperate with the medical school again to do some clinical test data cooperation. "
"Good thing!"
Principal Gu said nothing: "Agree! Go to the relevant department and professor!"
Principal Gu only needs to know what kind of cooperation is sufficient, and other details need not be considered at all.
Over the past years, none of the fat people have achieved significant scientific and technological achievements. It is not surprising that they do not cooperate! It is estimated that as soon as President Gu ’s veto here, there will be a bunch of faculty leaders and professors rushing to President Gu to make a theory.
The Department of Physics also received a call from Guo Tailai in advance. When Guo Tai arrived, a group of co-professed professors were waiting.
Including academician Han, it seems that they are looking forward to it.
Previously, due to Guo Tailai's reminder, Mizuki University has been leading the way in the research of two-dimensional materials, far ahead of the world.
Just related to the major discoveries in this part, several nsc-level papers have emerged in recent years, and there is almost suspicion of bullying in this field.
Now I hear Guo Tailai's intention to cooperate again. Professors who have never cooperated before also try to find opportunities.
"Graphene research has now been carried out worldwide, so I now hope to go one step further."
Guo Tailai and these real experts and scholars are also very polite. They certainly don't like the tone of business negotiation, and they are more appetite straight, so Guo Tailai directly stated his expectations: "I hope in the direction of carbon nanotubes Some breakthroughs have been made on this subject, and the related materials will have a wide range of uses in the future.
In addition, I also look forward to the theoretical research and physical manufacturing of carbyne. "
Carbon nanotubes, also known as bucky tubes, are simple and straightforward, and can be said to be a material formed by rolling up graphene.
This material was discovered by the Japanese company nec as early as 1991, and its use is still being explored.
However, Guo Tailai's investment in carbon nanotube research is actually a series of investments. He mainly hopes to transition to the theoretical and practical research of carbyne through the research of carbon nanotubes.
As for the other material carbyne, carbyne is a chain formed by the aggregation of carbon atoms. These carbon atoms are connected by double bonds or alternate single and triple bonds.
Carbyne has been proven to be more than 200 times stronger than steel, and is twice the tensile strength of graphene. Graphene was the previous champion of nanomaterials strength. Carbyne is considered to be the most tough material in the world and its strength exceeds diamond 40 times.
Therefore, diamonds can only have the highest hardness among naturally occurring substances in nature, but diamonds are no longer the hardest substance in the world.
However, the research on carbyne is still in progress and has not reached a complete conclusion.
Guo Tailai's cooperative investment research is also to prove this point.
"In fact, what I need now is a harder, more uniform abrasive."
Guo Tailai also did not forget to state his purpose and needs: "Although synthetic diamonds are also possible, it is inevitable that there will be abrasion in grinding diamonds. I hope that there are higher hardness abrasives.
Carbyne is the most likely substance I have ever heard of, so I need teachers to help me prove it and find out how to produce it. "
Having a good foundation of previous cooperation, this time, the cooperation with the Department of Chemistry of the Department of Physics reached an agreement easily.
The cooperation with the Jingyi Department is even simpler. The department that originally belonged to Guo Tailai was familiar from top to bottom, and cooperation was reached without hindrance.
The supporting facilities of the large-scale high-precision grinding equipment, mainly the measuring equipment, have been handed over to the precision instrument department for research. At present, Guo Tailai only needs to complete the mechanical and operating system parts.
This is also a big part of Guo Tailai's work in the future.
Back at the medical school, I found my mentor, Professor Yang and Dean, Professor Zheng, and Guo Tailai was not polite and directly expressed his intention for cooperation.
Guo Tailai designed a portable blood purification device that is smaller than a portable briefcase and can be used for emergency use by patients with renal diseases with blood purification dysfunction.
Blood purification mainly includes dialysis and filtration. At present, the size of hemodialysis equipment used by patients with kidney disease is as small as a refrigerator or even larger. It is mainly used in medical institutions, which is inconvenient to move and cannot be used normally when water and power are cut off.
The blood purification device that Guo Tailai brought out weighed about three kilograms in total. It has a built-in battery and can be carried by hand. If necessary, it can be used for emergency medical treatment in places such as earthquake-stricken areas, and to obtain time for patients to go to hospital for dialysis.
If successfully marketed, patients in the future are also expected to use this device at home, without having to go to the hospital for dialysis every time.
Of course, we still need to start with animal experiments and then to human clinical trials.
Guo Tailai intends to cooperate with General Ding's Yueke Group and Medical College to complete the collection of preliminary experimental data and strive for early clinical trials.
"Still old rules!"
Professor Zheng didn't say a word, and clapped directly: "Done!"