Xueba: I study hard in the wasteland world

Chapter 279 277, Thoughts on Room Temperature Superconducting Chips

Standing on the podium of the main lecture hall, Gao Bin looked at the crowds of people in the audience. He was really nervous.

He now fully understands that his "Asperger's Syndrome" is a kind of self-righteous hypocrisy.

Seeing his fellow senior fellows Academician Jiang Changmao, Academician Su Zeshan and Academician Dong Nianwen sitting in the audience and smiling at him, Gao Bin felt a little confident and started his report.

As Gao Bin's report continued, the atmosphere in the venue became more and more solemn.

The big guys in the front row who could follow Gao Bin's explanation were taking notes carefully. They were shocked by the "Su Yu programming language" in Gao Bin's report.

The people in the back row couldn't keep up with Gao Bin's explanation, so they started to "fish" in various ways.

".

A 3-CNF \varphi=C_1∧C_2∧…∧C_n, where \varphi is the conjunctive normal form defined in the variable set X={x_1, x_2,…,x_m}, and for any i∈[1,n], C_i=l_1^i∨l_2^i∨l_3^i, l_j^i∈X or l_j^i∈X. .

"

In the middle of the venue, Guillermo Parks, a young professor from the Massachusetts Institute of Technology in the United States, glanced at the calculations on the podium, the speaker Gao Bin's new PPT page, and said in frustration:

"Hey, there are so many monsters out there. I don't have to think about winning the Fields Medal in this life."

"It is foreseeable that after this report, in the next few decades, the mainstream frontier of mathematics and computers will be Su Yu's mathematical NP-complete problem programming language, and in this field, China is already far ahead."

After sighing for a moment, Guillermo Parks began to follow Gao Bin's ideas seriously and listen to his report. Then, a bold idea flashed through Guillermo Parks' mind:

"Why don't I apply for Professor Su Yu's doctoral program? I heard that he will officially enroll students next year! Although I am already a professor at MIT, there is no rule that professors cannot study for a Ph.D. again!"

With the end of Gao Bin's report, the whole world knew that China's mathematics and computer science were creating a new field. Suddenly, China officially became the holy land of mathematicians and computer scientists in the world.

After each report ended, the World Congress of Mathematicians awarded the Fields Medal, the highest award in the field of mathematics, to the winner: Dong Nianwen.

Compared with the outstanding performance of the students, Su Yu kept a low profile at this World Congress of Mathematicians, and Su Yu no longer has much interest in becoming famous. What interests him more at the moment is room temperature superconductivity. Applications in the chip field.

The national major project presided over by Su Yu has been in progress for more than a year. Although the results have been remarkable, from Su Yu's point of view, the project has fallen into a bottleneck, especially when the np is completely problematic. As for the breakthrough, it has long been stuck.

Su Yu has always understood the reason for being stuck, which is because of the limitations of computer computing power.

But while riding China's superconducting magnetic levitation high-speed rail, Su Yu had the idea of ​​developing room temperature superconducting chips.

Because only the new model of computing power brought by new chips can make new breakthroughs in Su Yu's project.

So after attending the World Congress of Mathematicians from Jiaoqing New City, Su Yu got on a plane and came to the Su Yu School of Physics of Dian University, the birthplace of room temperature superconductivity.

In recent years, especially after the establishment of the medical school and affiliated hospital, Dian University has developed rapidly. It has entered the top 50 universities in the world.

Among all the campus buildings of Dian University, the building of Su Yu School of Material Physics is the tallest building, which symbolizes the extraordinary status of Su Yu Material Physics major here.

However, Su Yu did not come here to inspect as a superior founder, but to study in the Su Yu Department of Room Temperature Superconductivity of the college.

"Su Yu room temperature superconducting system", hearing this name, I thought it had something to do with Su Yu, but in fact, Su Yu had never participated in this room temperature superconducting project from beginning to end. Seeing that the department was still named after him, Su Yu was a little unhappy. He was afraid that his influence would restrict the development of others.

So, sitting in the conference room, Su Yu criticized mercilessly: "No need to flatter me, I have never participated in this project, the room temperature superconducting project from the beginning to the end, why is it named after me?"

Hou Hongxiu, the director of the "Su Yu Department of Room Temperature Superconductivity", the winner of the last Nobel Prize in Physics, one of the first batch of founding professors when Su Yu established the Su Yu School of Materials Physics at Dian University, and the host of the room temperature superconductivity project. The academician was very nervous by Su Yu's oppressive criticism. He hurriedly said to Su Yu:

"Academician Su, this is not because we are flattering you. To be honest, I also want to create a department named after me. But Academician Su, you will know if you look at the undisclosed information of our superconducting project. Yes, this superconducting material is completely based on your academic logic."

Then, Academician Hou Hongxiu hurriedly signaled to the school staff, who brought an encrypted hard drive.

Academician Hou Hongxiu took the hard drive and explained to Su Yu:

"Academician Su, let me introduce to you our room temperature ultra-high project. The physics theorems of this project, like your self-generating materials, are all based on the research system of "Su Yu particles"."

With that said, Academician Hou Hongxiu began to project the data on the hard drive onto the screen, and began to introduce the room-temperature superconducting project to Su Yu.

With the report of Academician Hou Hongxiu, Su Yu became more and more confused. He had never been exposed to the field of room temperature superconductivity, and he had never thought about all his research and development in mathematics, physics, materials science, and other disciplines. To be applied in the field of room temperature superconductivity.

But listening to Academician Hou Hongxiu’s introduction to the room-temperature superconductivity project, Su Yu discovered that this room-temperature superconductivity was really based on his research on “Su Yu particles” in the field of physics, referring to self-generating materials, and using Su Yu’s Completed by mathematical analysis.

When Academician Hou Hongxiu finished the project introduction, Su Yu frowned. For a moment, he didn't know whether he should be happy or sad. He said, "I really don't have much research in the field of room temperature superconductivity. , I remember that my doctoral thesis in materials science seemed to be related to room temperature superconductivity, and since then, I have never been in contact with this field."

As soon as Su Yu mentioned his doctoral thesis in materials science, Academician Hou Hongxiu immediately said excitedly: "Yes, Academician Su, our entire project is based on your doctoral thesis on room temperature superconductivity. "

"Clap clap clap!"

Su Yu sincerely applauded Academician Hou Hongxiu. They are really powerful. What's more important is that their subjective initiative is really strong. They are not waiting for others to feed them, but are actively and proactively forging ahead.

What Su Yu brought to this real world was more theoretical knowledge. As for the fields in which this theoretical knowledge could be applied, Su Yu couldn't tell clearly.

While the rest of the world was following Su Yu's footsteps, Academician Hou Hongxiu boldly took the initiative to explore.

In this regard, Su Yu really thought he was very powerful.

More importantly, Su Yu originally thought that he would spend a lot of time mastering this room temperature superconducting technology to develop room temperature superconducting chips.

And when Academician Hou Hongxiu finished his brief introduction, it was all his own knowledge, so Su Yu understood it immediately.

(End of this chapter)