The next day, when Liu Feng took his three apprentices to visit Du Bochao's materials laboratory, news about electromagnetic catapults was still heatedly discussed on the Internet.

As a veteran military fan, Fei Xiujin was wearing two panda eyes, while browsing the military forum and making a proud revelation in the comments, but he was criticizing Liu Feng for being unfaithful.

"Boss, when will you take a photo with the J-15 fighter jet, don't bring me with you!"

"Boss, you're so indifferent!"

"Boss, you must compensate me for my wounded heart."

"I heard them say that the J-15 fighter jet will continue to be tested for several days. Please give me a chance to show off!"

"Boss, boss, boss..."

However, the person who answered this guy was definitely Liu Feng's rolling eyes.

Is it just to take a photo with the J-15 carrier-based aircraft?

I'm going to do research, hum!

As the deputy director of the "Naval Future Strategic Development Planning Department", how could the dignified Colonel Liu not have a good understanding of the Navy's weapons platform?

The J-15 carrier-based aircraft is just a coincidence.

Moreover, he not only took a photo with J-15, but also ran to the cockpit to try it out!

Forget it, let’s not say it anymore. If you say it, you won’t be envious and jealous of this guy.

He led his apprentices to exchange knowledge and experience in the field of materials science with Professor Du Bochao, and then urged these guys to practice in person. After doing a few simple experiments, Liu Feng's trip to the University of Marine Engineering was announced to the end.

In the following days, Liu Feng came to the Ningbo Institute of Materials, Chinese Academy of Sciences, and listened to Academician Cui's research report on room temperature superconducting materials. He also conducted experiments with Academician Cui to verify some problems.

Since he developed several general calculation materials, the successful development of room temperature superconducting materials has only been a matter of time. Since Academician Cui took over, he has led the entire Ningbo Materials Research Institute, the research speed in this area has been quite gratifying.

"Professor Liu, although we have not achieved the final room temperature superconducting, we have discovered a very interesting phenomenon in recent times."

After Academician Cui handed Liu Feng a piece of information, he introduced it excitedly,

"We finally got a material with superconducting properties after superimposing two layers of graphene and shifting its carbon atom pattern by 1.1°. Although the system still needs to be cooled to 1.7 degrees above absolute zero, the results show that it may be as conductive as known high-temperature superconductors!"

"Then, we filled the missing parts in the blueprint through a series of experimental activities, and finally proved that we can learn the mechanism of unconventional superconducting such as lanthanum silicon copper oxide superconducting through graphene superconducting!"

Speaking of which, graphene is really a magical material. It has always been a magical material and has even more surprising characteristics: this sheet-like material composed of a single layer of carbon atoms extending in a hexagonal shape is stronger than steel and has better conductivity than copper.

Scientists have already studied graphene more thoroughly. At present, many related research on graphene are focusing on how to prepare stable and high-quality graphene in large quantities. They have also found that superconductivity is shown when in contact with other materials, but this behavior can be explained by conventional superconductivity, so it has not received attention from scientists.

But Academician Cui was "stupid" and wanted to use graphene to study unconventional superconducting phenomena!

It's a 'madman' idea!

However, the result was very gratifying.

The so-called unconventional superconducting phenomenon is a superconducting phenomenon summarized by Liu Feng.

It mainly refers to complex materials such as lanthanum silicon copper oxide, which can still conduct electricity at 133 degrees above absolute zero degrees, but even with a general calculation program, the potential mechanism of this lanthanum silicon copper oxide superconductor is still a mystery.

But in fact, the superconductivity of this lanthanum silicon copper oxide has always seemed very simple, but it is difficult to correctly understand and calculate!

Therefore, Academician Cui, who intuition contains the great secret, took a unique approach and developed a mechanism for learning unconventional superconducting such as lanthanum silicon copper oxide superconducting through graphene superconducting.

He is really worthy of being a big boss at the level of an academician!

The accuracy of scientific research intuition and the unrestrained thinking made him, a person who had cheated, be reluctant to give up the disadvantage.

"We compared the relationship between the transition temperature and carrier concentration in the superconducting state of rotating bilayer graphene, and found that the superconducting pairing strength in rotating bilayer graphene is even larger than unconventional superconductors such as lanthanum silicon copper oxide and heavy fermicron, and closer to the BEC-BCS transition line. Therefore, even if its superconducting mechanism is not exactly the same as lanthanum silicon copper oxide, we will also study why such strong superconducting pairing exists in seemingly simple graphene systems, and establishes a new theory."

When talking about this new discovery, Academician Cui was ecstatic.

"In the end, hard work pays off. We have completely solved the relationship between the graphene system and the superconducting characteristics of lanthanum silicon copper oxide! Thanks to this, we have developed a new superconducting material - very unique, interesting, and very close to the normal temperature superconducting!"

"Oh?" Liu Feng was also attracted by interest, "What material is it?"

"Weil semi-metal - niobium arsenide nanoribbon!" Academician Cui said with a smile and sent Liu Feng a document, "This is the Weil semi-metal material - niobium arsenide nanoribbon with the highest conductivity in the two-dimensional system known to date! Its conductivity is 100 times that of copper films and 100 times that of graphene! It can be used at dozens of degrees below zero or ultra-low temperatures, and it still has a certain effect even at room temperature."

"We used three elements: niobium chloride, arsenic and hydrogen to put them together for chemical reactions to prepare this niobium arsenic nanoribbon, so this material allows electrons to pass quickly on the surface. It can be said that we created a green channel, so that electrons can pass quickly and reduce energy consumption."

Liu Feng nodded.

Although he did not understand Weil's semi-metallic-niobium arsenide nanoribbons, and this material still did not meet the conditions of normal temperature superconducting, it is obvious that this discovery also provides a new direction for materials science to find high-performance conductors, and even gives it great value in reducing the energy consumption of electronic devices.

The reason why materials science is a basic subject is that in the process of studying target materials, it is very likely to get some unexpected gains. Although these unexpected gains are far from the properties of the target materials, they can often play a major role in other directions, and are even far more valuable than the target materials!

This is the case with the Weil semi-metallic-niobium arsenide nanoribbon material developed by Academician Cui.

Liu Feng simply took a few glances at the specific parameters of this material and understood its specific application value: on the one hand, it can be used to make new electronic devices; electronic appliances made with this material can detect weak magnetic fields and infrared radiation, and can even detect distant targets, such as the activities of aircraft, submarines, tanks, etc., which can make correct judgments for military command and provide direct basis, and can also provide high-sensitivity information for air defense early warning.

On the other hand, in addition to its military role, this material also has very broad prospects for civil use.

In fact, there are two main reasons why our mobile phones and computers heat up: the transistor itself and the current heating; and the new conductive materials can solve the problem of heating when current flows through the wires, and play a great role in this regard.

At the same time, computer parts and accessories can also be made using this superconducting material, which can greatly reduce the size of the computer and significantly reduce the energy consumption. Even using a data processor made of this superconducting material can enable the computer to obtain high-speed processing capabilities, which is 15 times the computing speed of existing large electronic computers!

With this material alone, the hundreds of millions of scientific research funds allocated to Ningbo Materials Research Institute were not in vain.

"Academician Cui, thank you for your hard work!" Liu Feng nodded with satisfaction, "The effect of this material on military radar detectors is immeasurable, I believe they will be very interested. By the way, do you have any contact with the military?"

Academician Cui shook his head: "No. This material is affiliated with an antimatter engineering project after all. Without your permission, how could we make a decision without authorization?"

Liu Feng was even more satisfied.

No one likes anyone who is traitorous, so Academician Cui naturally cannot spread this kind of low-level mistake.

Although they both serve the country, they and the military are under two departments, and their brothers have to settle the score clearly. It is absolutely impossible to make money from them, let alone be trapped by others.

This guy is already planning to use this superconducting material to exchange benefits from the military: money? No, no, no, anti-matter projects are not short of money at all, and even the army's "poor" can't afford much money!

So, what should I change?

When I think of the many professional and technical masters in the Naval Engineering University, this guy is so greedy that he drools...

In the following days, in addition to instructing Academician Cui to continue his efforts and strive to develop the superconducting electromagnet material of the supercollider as soon as possible, Liu Feng, who couldn't help but be curious, also conducted detailed tests on the specific parameters of this new material.

As a result, Professor Liu was very satisfied, so the guy directly ran to the Naval Engineering University with this material.

I went straight to find President Lian Hanfei because President Lian was the dean of the School of Electrical and Information Engineering of the University of Ocean Technology!

The School of Electrical and Information Engineering is a star college under the University of Ocean Technology. It is no worse than Academician Ma's School of Electrical Engineering. It has three major majors: electrical engineering, automation, radar engineering, and navigation engineering. Liu Feng really doesn't believe that this guy is not moved at all.

"What, is there really such material?"

It can detect "weak" magnetic fields and infrared radiation, and even detect "far" targets. Even submarines underwater cannot escape reconnaissance. So awesome?

"Quick, show me the parameters!"

Excited and puzzled, the principal couldn't wait to get the parameters of this new material from Liu Feng.

"No!" Liu Feng hugged the folder in his arms, as if he was protecting his baby, fearing that the human trafficker would snatch the child away. "You must promise me a condition."

Principal Lian took a deep breath, calmed down his urge to slap this guy to death, and said helplessly: "What are the conditions?"

The little fox smiled victoriously, Liu Feng: "I want to borrow a few people from you."

"Borrow someone?" Lian Hanfei stared at Liu Feng suspiciously, "Aren't you doing anti-matter? We are all a group of communication equipment research groups. What's the use of borrowing it?"

Liu Feng smiled, and he only had people who were doing research on these aspects: "If you don't care, I will have great uses."

"No, you don't even say what you are going to do, what can I use to convince those people?" Even the principal's head was shaking like a rattle.

"Well, you even know the antimatter project anyway, so I might as well tell you first." Liu Feng looked at Principal Lian meaningfully, thinking that since he already knew the antimatter project, we might even swallow the principal in the future!

Put it in his ear and whisper softly.

"What?" President Lian was very puzzled. "You should directly invite Professor Peng Chengzhi of the University of Science and Technology of China, or simply report it to the country directly, and then organize research with the power of the country. How...

Liu Feng shook his head: "Professor Peng is an independent research department, so it is impossible to obey my arrangements. Moreover, so far, this is just my guess. We must find someone to verify it first."

Principal Lian raised his eyebrows: "Then you found me?"

Liu Feng pretended to be helpless: "Didn't this happen to catch up? Besides, this is a transaction, a transaction!"

Lian Hanfei stroked his chin with his hand and sighed, "But, it's a bit difficult to deal with..."

Liu Feng curled his lips: "That's it, if it really doesn't work, let's go to the Air Force. I believe they will be very interested."

"No, no!"

After all, I am a fisherman. Although I know that this guy is deliberately bargaining, the principal even planned to pinch his nose and accept it. He rolled his eyes and said,

"Tell me, how many people do you want?"

Liu Feng curled a smile of victory at the corner of his mouth: "Actually not many, a small team is enough."

Principal Lian nodded, and he was sure of a small team.

He stretched out his hand: "Since it's a transaction, then you have to let me see if the materials like you are worth a team, right?"

"Give it..." Liu Feng handed the information to Principal Lian very generously.

After a while, he browsed the information he handed over to detail, and saw that Lian Hanfei's hands were a little trembling. After taking a deep breath, he stared at Liu Feng with a complicated expression - why was their school unable to develop such material?

He shook his head and said seriously: "Who else has seen this superconducting material besides you?"

"What do you think?" Liu Feng patted his sleeves lightly and said with ease, "As soon as I got the data on this material, I contacted you directly."

"Okay, very good!" Principal even let out a light sigh, and it was not in vain that he had taken the initiative to come up to make friends with Liu Feng. Professor Liu always gave people unexpected surprises!
To be continued...