Chapter 179 The paper is released, causing an international sensation

Author: Big fish eats small fish

Chapter 179 The paper is released, causing an international sensation

Kyoto Graphene Research Institute!

The president of the Kyoto Graphene Research Institute is the founder of Xia Guo’s field of materials science, the first person in the field of graphene, and Academician Fang Shan.

Academician Fang Shan mainly studies graphene. He is also a student of Academician Shi Changxu, the father of Xia Guo's materials science.

Academician Fangshan’s family has been practicing medicine for generations, and his ancestor was an imperial physician in the Qing Dynasty.

Because of his family background, Academician Fang Shan’s research on graphene focuses on medicine, and he wants to use graphene to solve the problem of cancer.

In the laboratory!

Fang Shan is discussing research with his researchers.

Fang Shandao: "According to our joint research with Jinling Medical University, we found that the far-infrared waves emitted by graphene-based devices have a stronger ability to induce tumor cell apoptosis and can significantly inhibit the growth of breast cancer cells, prostate cells, and red bowel cancer cells. Malignant proliferation and metastasis in nude mice..."

"Our current problem is that the current graphene material cannot completely cause tumor cells to undergo apoptosis. It can only partially apoptotic cells to inhibit the growth of tumor cells."

"But as long as the tumor cells have not completely apoptotic, the patient is not fully recovered."

"You can only live with cancer."

Everyone nodded, this is currently the main treatment method for cancer patients.

Cancer is a global medical problem, and current medical methods cannot completely eliminate cancer.

Of course, with the development of science and technology, the spread of cancer cells can now be suppressed, and one day in the future, cancer cells will be completely killed, making cancer no longer a decision and becoming a curable disease.

When graphene appeared, it was quickly discovered that graphene has a very good ability to kill cancer cells.

And it does not damage other cells.

As a result, many scientists began to use graphene to attack cancer cells.

Graphene is the king of contemporary materials and an all-round material.

The reason why graphene is said to be an all-purpose material is that it can be used in all industries.

Aviation, agriculture, food, automotive, biomedicine, communications, information technology, security, steel, sustainability and mobile phones.

Of course, this is only theoretical.

Because human research on graphene is very shallow and has not even been developed.

There are still many areas for research into graphene.

Someone asked: "Dean, last time we adjusted the angle of the double-layer graphene to 2.3 degrees, didn't it kill more cancer cells? I think we can continue to adjust the angle, and maybe we can kill more cancer cells." cancer cell."

Graphene is extracted from graphite.

A pencil draws a line at random, which is several layers of graphene.

Graphene is also divided into many layers, single layer, double layer, three layer, four layer, five layer, six layer...

In 2021, Cao Yuan, a talented young man from Xia State, proposed magic angle double-layer graphene in Nature magazine.

When the angle of double-layer graphene is 1.1 degrees, superconducting phenomenon will occur, which shocked the entire physics world.

Since then, when people also try to study graphene, they try to adjust the angle of multi-layer graphene to see if there can be any changes.

Fang Shan said: "Of course it is possible."

At this time, the assistant walked in with a mobile phone.

Fang Shan frowned at the assistant who walked in, and said dissatisfied: "Didn't you see that I was in a meeting?"

The assistant said excitedly: "Dean, I just received news that Dean Gao has made a major breakthrough and discovered a fullerene that is more stable than C60 fullerene."

"What?" Fang Shan couldn't believe his ears.

The assistant repeated again: "Dean Gao made a major breakthrough and discovered a fullerene that is more stable than C60 fullerene."

As soon as the assistant finished speaking, Fang Shan passed over the assistant and rushed out quickly.

"Dean..." The assistant looked at Fang Shan's running back and shouted: "Telephone..."

But Fang Shan had already rushed out of the laboratory, and the assistant put the mobile phone to his ear helplessly and said: "Hey, the dean should be going to Dean Gao's place. You guys should meet at Dean Gao's place!"

After saying that, the assistant left the research room and went to Dean Gao.

After the assistant left, the others started talking about it.

"Dean Gao actually discovered a fullerene that is more stable than C60 fullerene. Oh my god, how did they do it?"

"No matter how it was done, I believe that many deans and directors of the entire institute have gone to Dean Gao now."

"Yes, something big is going to happen. The global physics, chemistry and materials communities will be in an uproar because of this. Dean Gao and the others will be busy in the coming time."

"When you encounter something like this, you are still very happy even if you are busy!"

"..."

Fullerene Institute!

At this moment, many people gather here.

"Lao Gao, have you really found a more stable fullerene than C60?"

Fang Shan pushed away the crowd. Before anyone could reach Professor Gao, the voice had already reached him.

Professor Gao was standing with Ye Fei, facing everyone's inquiries with a smile on his face.

Seeing Fang Shan squeezed in from the crowd, Professor Gao smiled and said: "Old Fang, you are here."

"Tell me, have you really discovered a fullerene that is more stable than C60?" Fang Shan stared at Professor Gao closely.

Professor Gao nodded and smiled: "Yes, but I didn't discover it, it was Ye Fei who discovered it."

Fang Shan turned his gaze to Ye Fei and said in surprise: "Did you discover it?"

"Hello, Academician Fang!" Ye Fei smiled.

Ye Fei met Fang Shan only a handful of times at the Graphene Research Institute.

Ye Feilai has been here for more than half a year and has met Fang Shan no more than five times in total.

Fang Shandao: "Tell me, how did you discover fullerenes that are more stable than C60?"

Ye Fei smiled and said: "I used mathematics to determine the interval for finding fullerene, and then used experimental methods to find it based on the mathematically calculated interval, and that's how I found it."

Everyone looked at Ye Fei in surprise when they heard this.

Can mathematics still do this?

Fang Shan said in shock: "Is it just that simple?"

"Of course!" Ye Fei nodded: "It's that simple."

Fang Shan frowned and asked: "How does mathematics determine the range of fullerene?"

Ye Fei was stunned for a moment, then hesitantly said: "Uh... it's a long story, and I can't explain it clearly in a sentence or two. How about I start a class and tell you!"

Fang Shan smiled and said: "That's great, when are you going to start the class?"

Ye Feidao: "You can do it at any time."

Fang Shan turned to look at the people behind him and said, "Listen up, everyone, go and summon all the researchers from the entire institute to listen to Ye Fei's class."

"Okay!" everyone said in unison.

They are very interested in how Ye Fei used mathematical methods to find fullerenes that are more stable than C60 fullerenes.

If you learn it, can it also be applied to other fields of graphene?

Maybe more graphene technologies can be discovered.

Fang Shandao: "Come, let me see what kind of fullerene it is."

Professor Gao said: "Old Fang, come and take a look!"

Professor Gao said, pointing to the electron microscope not far away.

At this time, someone had just finished watching and was leaving his seat.

The man sighed: "It's so beautiful. I didn't expect there to be such beautiful fullerenes."

The others were very curious when they heard what he said.

Someone asked: "What is the most beautiful method?"

The man said: "It can't be described in words. Only when you really see it can you feel the beauty."

This made everyone even more curious, and they all wanted to see the newly discovered fullerene as soon as possible and feel the beauty this person said.

After a while, Fang Shan sat down and watched.

When Fang Shan saw it under an electron microscope, the internal structure was snowflake-like fullerene.

He was surprised: "It turns out to be in the shape of snowflakes. Nature is really magical."
To be continued...