From a university student to a chief academician

Chapter 217 Ye Fei once again caught the attention of the world
October 2029, 11!
Mizuki University, male dormitory!
Sha Xincheng is a junior student in the Computer Department of Shuimu University.

Today is Saturday, and it is seven o'clock in the evening.

Sha Xincheng was sitting at the desk, turning on the computer to watch the news.

Because his father liked to watch the news very much, so he watched the news with him since he was a child.

This has formed his habit, every Saturday and Sunday when there is no class, he will watch the news at seven o'clock in the evening.

This made his roommates laugh at him, often watching the news, why, he wants to be a civil servant after graduation!

[Academician Ye Fei, a famous mathematician and computer scientist in my country, developed a mass production method for carbon nanotubes on the 13th of this month. 】

Followed by on-site reporter interviews.

Ye Fei was standing on the first floor of the foreign guest building of the Graphene Research Institute, accepting interviews from reporters.

Ye Feidao: "We have a total of more than 300 researchers, and it took seven months to develop the mass production of carbon nanotubes."

"In between, we have created more than 300 mass-production methods, most of which do not produce high-quality carbon nanotubes."

"Although some production methods produce high-quality carbon nanotubes, the produced carbon nanotubes themselves have great defects."

"For example, it has toxins, high production costs and the inability to fix the shape of carbon nanotubes."

"Ultimately, we figured out a way to mass-produce the carbon nanotubes without toxins, at low production costs, and to fix the shape of the carbon nanotubes."

"And, the mass production method we developed can produce not only C60 carbon nanotubes, but also C72 carbon nanotubes."

"In terms of performance, C72 carbon nanotubes are much better than C60 carbon nanotubes."

"Using the mass production method of carbon nanotubes developed by us, C60 carbon nanotubes can produce 72 tons per year, and C[-] carbon nanotubes can produce [-] tons per year."

"The mass production of carbon nanotubes marks that many fields in our country can achieve leapfrog development."

"Such as catalyst supports, hydrogen storage materials, material batteries, supercapacitors and semiconductors."

"Of course, space elevators, synthetic muscles and robotic arms in science fiction, where carbon nanotubes are one of the most important materials."

"So, they're also possible."

"..."

After watching the news, Sha Xincheng clenched his fists excitedly: "Yes, that's great."

After finishing speaking, he turned his head to look at the three roommates who were studying in the dormitory, and said excitedly: "Brothers, I have some good news for you. Academician Ye Fei of our country has developed a mass production method for carbon nanotubes."

The roommates who were reading turned their heads to look at Sha Xincheng in a daze.

Then a roommate asked, "You mean mass production of carbon nanotubes?"

Although they are computer students, they also know what mass production of carbon nanotubes means to Xia Guo.

"Yes!" Sha Xincheng said: "It is the mass production method of carbon nanotubes."

"Fuck..." Soon, the three roommates exclaimed excitedly.

"Watch the news, watch the news." One of the roommates said.

Sha Xincheng pulled the news progress bar back and asked the roommates to read Ye Fei's news as well.

After reading it, the roommates said excitedly: "Space elevator, I want to see the space elevator be developed."

"What's so great about the space elevator." Another roommate said: "I want to see the mechanical arm. Every time I look at Iron Man's armor, I think it's so handsome. It would be great if I had this armor!"

The last roommate pushed the glasses on the bridge of his nose and said, "You guys are too unrealistic, let's go back to reality!"

"I want to see our country's chips able to change lanes and overtake cars, and to develop our own low-nanometer chips."

Sha Xincheng said with a smile: "Semiconductor is just one of the applications of carbon nanotubes, and it has many applications!"

"Yes, yes, yes!" The other three roommates nodded repeatedly.

On the second day, the whole network went crazy because Ye Fei developed a mass production method for carbon nanotubes.

A Ph.D. graduate from the Department of Physics, Peking University, once again popularized science for netizens, what the appearance of the mass production method of carbon nanotubes will mean.

"Family, good guys, Academician Ye Fei once again made a research that attracted the attention of the world."

"Mass production of carbon nanotubes!"

"You guys must think, isn't it the mass production method, what's so great about it."

"You are wrong."

"Carbon nanotubes are easy to produce in small quantities, but very difficult to produce in large quantities."

"Countries around the world have not yet developed a mass production method for carbon nanotubes."

"Even if it is developed, the carbon nanotubes produced are all low-purity carbon nanotubes, and the quality is very poor."

"Only high-purity carbon nanotubes are effective."

"Although high-purity carbon nanotubes are very useful, it is a product that cannot be mass-produced or popularized."

"Even if it does a lot, it's not very useful."

"And now, academician Ye Fei in my country has developed a mass production method for high-purity carbon nanotubes."

"Then this means that many fields in our country will achieve leapfrog development."

"Such as the semiconductor field."

"We know that the processor chip in a computer is the brain of the computer, and the smaller the chip, the more expensive it is."

"The processor chip produced by carbon nanotubes will be very small, smaller than any current processor chip."

"It's called a microprocessor chip, and it's one of the core technologies for the next generation of supercomputers."

"Without it, supercomputers would never have been developed."

"At the same time, in terms of the materials discovered so far, only carbon nanotubes are the materials for the production of microprocessor chips."

"So, in the field of microprocessor chips, my country has taken the lead in the field of materials."

"Moreover, since my country has C72 carbon nanotubes, as long as my country does not sell C72 fullerenes to the outside world."

"Theoretically speaking, it is impossible for foreign countries to create C72 carbon nanotubes."

"So, even if foreign countries develop a mass production method for carbon nanotubes, they will not be able to produce C60 carbon nanotubes."

"Of course, this is just the material, and we don't have the low-nanometer production process yet."

"However, please believe in Xia Guo. Today we can develop a high-purity carbon nanotube mass production method, and tomorrow we will hopefully develop a low-nanometer chip production process."

"Also, there are many other important applications of carbon nanotubes. I won't list them one by one. You can check them online."

After reading the popular science of this blogger, netizens have a simple understanding of carbon nanotubes.

Know what it means for Xia Guo to develop a mass production method for carbon nanotubes.

This made them very excited.

[Ye Fei is awesome, Xia Guo is awesome! 】

[Awesome, so amazing! 】

[I want to see what a space elevator looks like in reality. Maybe our generation can realize the round trip between the earth and the moon. 】

[I want to wear Iron Man's armor. Iron Man's armor is so handsome. If it can be developed, I will buy it for as much as it costs. 】

[You guys are really low. Nano-robots with carbon nanotubes can treat cancer for us and bring hope to countless cancer patients. 】

【…】

Jinling, Southeast University!
Suzhou Key Laboratory of Design and Production of Micro-Nano Biomedical Devices!

Director's office!

"Ye Fei has developed a mass production method for carbon nanotubes so quickly?" The director said dully, "This speed is too fast, it's only been a little over half a year!"

The chief scientist sighed: "Who said it wasn't? I thought it would take a few years, but I didn't expect to solve the problems that plagued countries all over the world in just over half a year."

"As expected of Ye Fei!"

The director nodded and said, "That's right!"

The chief scientist said: "Director, now that Ye Fei has developed a mass production method for carbon nanotubes, are we going to put the application for the use of carbon nanotubes from the Graphene Research Institute on the agenda?"

"Yes!" The director nodded and said seriously: "This matter must be put on the agenda. We also want to see if nano-robots can solve cancer, a terminal illness."

"Yeah!" The chief scientist nodded, full of longing in his heart, and he also wanted to know whether nanorobots could solve cancer.

Graphene Research Institute, Dean's Office!

The dean sat on the office chair, held the black landline phone receiver on the table to his ear, and said, "Dean Zhang, I know you need carbon nanotubes very much. As soon as we start producing carbon nanotubes, we will definitely provide them to you." superior."

"One hundred tons?"

"Dean Zhang, one hundred tons is too much, I can't take it out."

"One ton, at most one ton."

"Dean Zhang, you should also consider other research institutes. At least 500 research institutes across the country are focusing on carbon nanotubes."

"You want 5 tons, and other research institutes also need [-] tons, which requires more than [-] tons of carbon nanotubes."

"Our carbon nanotube mass production method has just been developed, and production has not yet started!"

"You asked me to produce [-] tons of carbon nanotubes in a short time."

"Do you know how many carbon nanotubes we can produce in a year? C72 carbon nanotubes are only 60 tons, and C[-] carbon nanotubes are only [-] tons."

"[-] tons of carbon nanotubes will take me ten years to produce."

"Okay, one ton, okay!"

The dean put down the phone tiredly, this is already today's call.

The dean shook his head helplessly and said, "This group of people have really big appetites. Each of them wants a hundred tons of carbon nanotubes. How can I get them out?"

"Even if more than 500 tons of carbon nanotubes are produced, it will take a month to fully supply them."

"Hey……"

The dean is in pain and happiness now.

The joy is that Xia Guo can use a large amount of carbon nanotubes, but the pain is that the supply of carbon nanotubes exceeds the demand for a short time.

North America!
Massachusetts Institute of Technology, Institute of Nanomaterials!

Boyi said angrily: "Lucas, is this the mass production method of carbon nanotubes that you said is difficult to study?"

"What's going on now? Ye Fei has already researched it, and the annual output is at least [-] tons."

"Do you know what that means?"

"In Xia Kingdom, in the next ten years, there will be a blowout development in many fields due to the emergence of carbon nanotubes."

"Lucas, tell me, what's going on here?"

Boi is very frantic right now.

The current international situation is the competition between Xia Kingdom and Beili Country.

Every time Xia Guo made a breakthrough in certain fields, Bei Li would definitely suffer heavy losses in these fields.

Now, instead of making breakthroughs in a few fields, breakthroughs will be made in dozens of fields.

Then, the loss of Beili Country will be very heavy.

If Xia Guo develops a low-nanometer chip, the loss of Bei Li Country will be even greater.

It is equivalent to the core of Dongbeili Country.

Lucas shook his head blankly and said: "I don't know, he has developed a mass production method for carbon nanotubes so easily."

Lucas was very confused. He couldn't figure out why the mass production method of carbon nanotubes he had studied for decades was unsuccessful.

But Ye Fei developed it in just over half a year.

"Could it be that my research for so many years is not as good as Ye Fei?"

At this moment, countries all over the world are paying attention to the event that Ye Fei developed a mass production method for carbon nanotubes.

The whole materials world went crazy.

The emergence and mass production of a new type of material can often drive the rapid development of many fields.

What's more, it is still the king of new materials, carbon nanotubes!
Stack Exchange, material plate, carbon nanotube plate!

[When I wake up, I feel that the whole world is looking at the mysterious east, Ye Fei is really amazing. 】

【I just want to know what else Ye Fei can't develop. 】

[Upstairs, maybe there really isn't one. 】

[Xia Guo is awesome, Ye Fei is awesome, as a Xia Guo native, I am proud! 】

[Will Xia Guo's carbon nanotubes be sold abroad? 】

[What are you thinking, there is not enough in the country of Xia, so how can it be sold abroad. 】

[Carbon nanotubes, I feel that micro-nano chips will definitely appear in the next few years, and it will be Xia Guo and Bei Li who will compete in the field of micro-nano chips. 】

[Is it possible that they will cooperate to produce micro-nano chips. 】

【…】

(End of this chapter)