When Ye Ming mentioned Ezio's new material, the professors in the audience didn't pay much attention, because everyone's thoughts were still following Ye Ming's ideas.
Later, when Professor Ezio said that Ye Ming's theories and ideas were correct, no one paid much attention. Because as teachers of our school, they were the first to come into contact with Ye Ming's papers and ideas, and they were also the first to reproduce experiments and explore reaction principles. They also recognized Ye Ming's theory.
After all, other people's theories and ideas are based on experiments. Until there is a stronger theory to support it, what Ye Ming said makes sense.
"The First Clan"
But when Professor Ezio showed the molecular formula and structure of his new material on PPT and analyzed it...
Everyone realized that this colleague from the Oxford National Materials Laboratory regarded this very informal exchange meeting as the launch of a new material!
And even when the paper has not been published?
Isn’t this a little too high-end for this small conference room?
"The above are some of my experiences and ideas in field wave catalysis experiments."
Professor Ezio didn't speak for long, after all, he was just here to show off his new material.
You said you didn’t publish an article?
So what does it matter.
…
Ye Ming returned to the stage.
After thinking silently for a few seconds, he erased the whiteboard and moved it to the middle.
"In the past few months, I have been seeking answers in the basic model of particles. In other words, field wave catalysis itself is the product of this exploration - because the basis of my experimental design is to obtain the answer based on an immature formula. Several sets of solutions.”
"After constant thinking and revision, especially discussions with Professor Ezio, I gave up starting from the framework of the basic particle model and instead started thinking more closely to the phenomenon."
As Ye Ming spoke, he looked at everyone in the audience, especially Professor Ezio.
He wasn't lying.
He was really ambitious at first and planned to deduce the formula from the basic ion model, but later he found that not only would it be difficult to reach the sky, but it would also involve radical changes to the entire basic ion model - to make the formula perfect, that would be a huge undertaking. Unified model!
Therefore, he settled for the next best thing. After analyzing several drawings, he finally summarized the formula for field wave catalysis.
This formula was successful in Ezio's experiments.
After smiling at everyone, he turned around and wrote the first letter L.
"We define a Lagrangian. According to D'Alembert's principle, we can know that after a virtual displacement that meets the constraints, the sum of the virtual work done is equal to zero..."
Ye Ming explained and began to write down the formula.
"Field wave catalysis is essentially the interference of waves in a specific space to produce a new field - Einstein said that physical objects are two manifestations of matter and fields, and force is also an interaction of fields, and interacts with fields. can be transformed into each other.”
"In the past, I have been struggling with whether it is virtual photons or other basic particles that 'drive' the polymerization of basic particles in new materials, but later I found that this has no meaning in describing the principle of the experiment..."
As Ye Ming talked, he continued to write mathematical formulas on the whiteboard.
Everyone in the audience has realized that Ye Ming is going to disclose his equation.
In silent excitement, everyone took out recording tools - of course, it would be easiest to hold up their mobile phones and record directly.
"Therefore, we only need to establish a particle motion model that does not consider the essence, and we can perfectly explain how the reaction occurs and what path it should take."
After Ye Ming finished speaking, he also wrote the last stroke of the equation.
In silence, he smiled and said: "Perhaps this is an unclear way in fantasy that can generate all things in the world through programming."
The conference room was silent, followed by waves of applause.
…
10 at night.
Zhou Xiangnan returned to the hotel arranged by the provincial government.
Since the afternoon, he has been extremely excited. So much so that when he took out his notebook, he was still trembling slightly.
Mu Yong doubted the significance of this seemingly ordinary academic exchange meeting - although on the surface, it was just a visit by international scholars, and then colleagues from the school came to join in the fun.
But when Professor Ezio regarded it as his "new product launch", the level of this academic exchange suddenly became higher.
And when Ye Ming disclosed the equation, the exchange became the world's top material physics feast.
That's right! It’s a feast!
He can fully imagine that as the equations are made public, as long as effective solutions can be found in the design, there will be a steady stream of new materials that conform to Ye Ming's ideas.
And these materials can be "controlled" and "programmed"!
"I need to calm down!"
Zhou Xiangnan kept breathing and quickly clicked on the picture.
The picture is the equation written by Ye Ming.
A full whiteboard.
He couldn't quite understand.
But he is very clear. This is not a problem with the equation, but a problem with himself.
Although Ye Ming said that the equation is very simple, it involves a lot of knowledge of quantum field theory, and in essence, this equation is also a field equation.
"Depend on!"
Looking at the Zhihu homepage he had unconsciously clicked on, he subconsciously slapped himself.
There is something wrong with me...
How long has it been since I was still browsing Zhihu?
Just when he was about to close the interface and force himself to recall Ye Ming's introduction when he wrote the formula. He finally couldn't hold back his excitement and clicked to write his thoughts.
"I just participated in an academic exchange meeting. I have no other thoughts. I just want to say, Ye Shen is awesome!"
…
…
after one day.
All professors from the School of Materials Science and Engineering at P University gathered in the conference room.
On the projector in the conference room, the video of the provincial transportation press conference the day before was playing.
As prominent figures in the academic circle, it would have been unimaginable to gather them all together to watch the video... before.
But today...
All the professors were silent as they watched the video finally stop on the formula on the whiteboard.
Suddenly, a voice sounded from the audience.
"What did I say a few days ago? People have come to our door, so we should at least invite you, even if it's just to listen to the bragging. What's the result?"
"It feels so good now, and I have to rush to ask for it."
The professor who said this is Professor Hao in the field of polymers. His research direction has also turned to electrode programming materials - this is P University's temporary definition of GTRGD materials.
Yes, because GTRGD materials have been around for so short a time that the academic community has not yet given an accurate normative definition to this type of material.
"Old Hao, that's not the case."
"What do you mean, it's not enough? You only read half of the press conference and there is no paper, and then you give me a field equation after it's over. What's the difference between this and reading a book from heaven?"
Professor Hao was so angry that he stood up and left.
…
Provincial Brain Science Research Center.
Dean Qi did not wear a white coat today, but wore formal clothes. He led a group of people from the research center of the Provincial University to the Provincial Communications-Brain Science Research Center. Although the two schools were jointly established, they did not conduct research in the same place. For research, each school has its own laboratories, but they have the same sign.
It stands to reason that when Professor Adams came over this time, he should give a report at the Provincial University, but since...he insisted on staying here, Dean Qi had no choice but to follow the guests.
It's all the same brand anyway.
Compared with the sensation caused by yesterday's "grand meeting" in the field of materials, today's brain science research conference is much more low-key.
It's low-key, but the content discussed is anything but low-key.
At the meeting, Professor Adams and Dean Qi started with the latest developments on both sides, and soon extended the topic to the entire neurological field, and imagined many new treatments for common cranial nerve diseases such as epilepsy and trigeminal neuralgia. Eucalyptus, and also exchanged ideas on degenerative diseases such as Alzheimer's and Parkinson's...
The two parties quickly reached a consensus and expressed that they would promote future cooperation in multiple fields of neurological diseases.
For this kind of discussion between doctors, it is logical that Ye Ming does not need to participate, but whether it is Dean Qi or Professor Adams, they all want him to be present...
Hmm... Ye Ming can understand.
Because this is essentially a medical revolution triggered by materials.
…
"My idea is that as more and more programmable materials become available in the future, more and more materials can be used in the field of ergonomics. The road will definitely become wider and wider."
Ye Ming looked at the room full of doctors and reminded with a smile: "GTRGD material, currently, seems to be the most suitable for nerve anastomosis - although it is not yet sure whether it has safety risks - but I think, There shouldn’t be much of a problem.”
Mo Gu next to him looked at him with a smile.
"But other materials...well...I don't know anything about medicine. I just think that since the hybrid chip can be designed to complete many materials, is there a possibility that we can also design a material that can anastomose and inhibit tumors? Woolen cloth?"
Ye Ming said and looked back at Mo Gu.
He then saw that Mo Gu was smiling, but following his words, her whole body quickly fell into a daze.
The entire conference room fell into silence for an instant.
Everyone looked at Ye Ming in shock.
"Of course...I'm just making an idea..."
Ye Ming coughed and turned the pen around in his hand.
"NO!" Professor Adams' eyes instantly regained clarity, and then became fanatical!
"Yes! You are right! Ye!"
With the voice of Professor Adams, everyone came back to their senses, and their eyes began to glow with unparalleled heat.
Yes, since materials can be arbitrarily programmed through Ye Ming's formula, it also means...as long as he follows his theory and basic molecules, it is possible to design materials that match or inhibit cancer cells!
You can design materials, and you can also design drugs!
If so... Ye Ming's formula will undoubtedly be the dawn of the medical world.
