I really just want to be a scholar

Chapter 748 Qin Ke's super big move!
On the webpage, a brown-haired female reporter is facing the camera and said in a pure London accent: "Recently, in Stockholm, the capital of Sweden, the latest selection of the 'Einstein World Science Award' organized by the World Cultural Council has been well received. With great attention, [-] candidates of the best scientists from all over the world are competing for the only place for the grand prize. Today is the sixth day of the selection activity.”

"In the previous five days, forty outstanding scientists have made wonderful reports on physics, biology, materials, molecular chemistry, biomedicine, nanotechnology, astrophysics, etc., and the highest number of viewers of the whole live broadcast every day has reached 500 million person-times, becoming the most watched 'Einstein World Science Award' in history."

"Among the reports that attracted the most attention, Professor Greg Kobdo of the Johns Hopkins Applied Physics Laboratory in the United States explained how to successfully change the orbit of an asteroid for 32 minutes through 'kinetic impact'. Significant exploration of how best to apply kinetic impact technology to defend our planet; Professor Charles Fowler of Stanford University in the United States reports results on the Aharonov-Bohm effect of gravity; Eagle State Professor Rick Townsend of the University of Cambridge corrected the corresponding field theory entanglement entropy through the high derivative of gravity..."

"The reports in the past few days have been wonderful, bringing us into a brand new scientific world. Today is the last day for the candidate scientists to give special academic reports in the selection activity. There will be a few special attention given to those who give reports on stage today. Scientists, including the two youngest academicians Qin Ke and Ning Qingyun from Xia Guo, will conduct research titled "Proving the existence of smooth solutions to NS equations in three-dimensional space" and "Lime Topological Supersonics". Guided Vortex State Theoretical Model System", in addition to a report titled "Two-layer New Bismuth-based Layered Superconductor" by Professor Hirohide Hosono from Japan..."

"After today, the winners of this year's 'Einstein World Science Prize' will be finally selected. Who will win this world-renowned honor? Please pay attention to the article of the Times Science Pioneer in this newspaper." report..."

In the round table conference room of Qingmu University, President Huang Ruide turned off the webpage and sighed: "I didn't expect that the competition for this year's 'Einstein World Science Award' would be so fierce."

Sitting in the round table conference room were Vice President Gu Bojun and other school leaders, Director Wei Yuanfu of the Department of Mathematics, Director Zhou Shanchun of the Department of Physics, Mr. Qiu from Qiuzhen Academy, and Mr. Jiang Weixian from the Fluid Mechanics Laboratory. Academician, senior academician Guo Weiyang, academician Tian Jianlan, Ning Qingyun's teacher, and other senior professors and academicians in the school.

The people gathered here are naturally concerned about the selection of this year's "Einstein Science Award".

Although the reputation and influence of the "Einstein Science Award" is not as good as that of the Nobel Prize, it is often regarded as a weathervane of the Nobel Prize.

Qin Ke and Ning Qingyun have never won a world-class award in physics, and the highest award is only the "Ye Qisun Physics Award" issued by the Xia Guo Physics Society. It's not enough to watch.

Especially compared with the series of international prizes won by Qin and Ke in mathematics, including the Fields Medal, and the "Wolf Agricultural Prize" in botany, it is even more obvious that their awards in physics thin.

This is also related to the fact that the time for the two to emerge in the international physics community is too short.

The two really started to publish papers in the internationally influential physical journals such as "Physical Review Letters" and "Nature Physics" last year. Although they have made extremely dazzling achievements in fluid mechanics and topological quantum computing, their foundation is too weak after all. The number of times to participate in academic conferences and give academic reports abroad is even zero.

This made Qin and Ke never win international awards in the field of physics.

If the two want to compete for this year's Nobel Prize, they must get as many physics awards as possible to expand their influence in the international physics community.

The selection of this year's "Einstein Science Award" is the key battle for the two to start the first shot in the international physics community.

Whether you can stand out and win this award is of great significance and far-reaching impact, and may even affect the selection of this year's Nobel Prize.

Xia Guo now has several Nobel Prize winners, especially after Mr. Yang moved his nationality back to Xia Guo, he has filled the gap in Xia Guo's Nobel Prize in Physics, but this is not a native Xia Guo after all. The awards won by physicists, and who would dislike the number of Nobel Prize winners in their own country?
Besides, once Qin Kening Qingyun can successfully win the Nobel Prize, he will become the only two scientists in the world who have won the Philippine Prize and the Nobel Prize at the same time, which will have a huge impact on enhancing Xia Guo's reputation in the international scientific community enhancement.

In summary, it is not surprising that Kiyoki University pays close attention to the matter of tension.

Not only Qingmu University, but also countless scientists and big figures in the political and business circles all over the country are paying attention to this matter.

With such a high degree of attention, the pressure on Principal Huang's shoulders is especially heavy.

Vice President Gu Bojun said: "Qin Ke's academic achievements on the NS equation are the most advanced in the world. Fluid mechanics has also had a significant impact on the physics world and even the entire scientific world. Ning Qingyun's topological quantum The calculation report is also related to the development direction of the latest quantum computer in the future, and it is also of great significance. As long as the two perform normally, it will be very difficult for others to overwhelm them."

Director Zhou Shanchun of the Department of Physics also said: "Yes, both Qin Ke and Ning Qingyun gave reports this morning. This time is better than this afternoon, and Qin Ke is in front and Ning Qingyun is behind. Shocking the crowd first, Ning Qingyun will be much more relaxed later on."

Several school leaders nodded slightly. In fact, everyone present knew that the forty candidate scientists in the previous five days all went all out. He was exhausted and almost fainted. After finishing the report, he was helped off the podium. His seriousness and fighting spirit also won a 5-minute round of solidarity and applause from the audience.

The news said that this year's "Einstein Science Award" competition is unprecedentedly fierce, and it is not an exaggeration - this is also related to the highest attention received by this year's selection event. Opportunity to preach your own theories and enhance your reputation in the scientific community?

An old professor smiled and said relaxedly: "I also think it doesn't matter, Qin Ke and Ning Qingyun have the biggest advantage, that is youth."

That's right, Qin Ke and Ning Qingyun have just turned 22 years old. Looking around the world, there is really no third physicist who can stand on such a high-level stage at such an age.

Even if it is a pity to miss this year's "Einstein Science Award" and "Nobel Prize in Physics", there are still decades to come.

Based on the miraculous achievements the two have made in academic and scientific research in recent years, as long as they accumulate more academic background, there is almost no suspense in winning these two awards in the end.

The only suspense is when they will get these two awards.

Many people secretly nodded in agreement when they heard what the old professor said.

Academician Tian Jianlan has a different opinion. She shook her head and said, "Since Qin Ke and Ning Qingjun entered the academic and scientific research circles, they have continuously created miracles. Apart from their own talent and hard work, they rely on their indomitable spirit. Shan You Hu is the spirit and drive of Hu Shan Xing. And it is precisely because they are young and continue to achieve success that they attract the attention of the world."

Speaking of this, Academician Tian Jianlan's eyes became a little more dignified: "This year will be the year they are closest to the Nobel Prize. Once they fall into the sand, the aura of 'miracle' and 'incredible' will surround them It will fade away. If they want to compete for the Nobel Prize later, it will be much more difficult. They have to pay several times more hard work and sweat, plus a certain amount of luck, to be able to succeed. After all, not every year they So many brilliant results can be achieved.”

Everyone had to admit that what Tian Jianlan said was more reasonable. Scientific research achievements were not brought by strong winds. No one dared to say that they would have new major achievements within three to five years, let alone every year. There are talented people from generation to generation, who can guarantee the academic achievements of a few years ago, and the better research results of others a few years later?

Director Wei Yuanfu of the Department of Mathematics suddenly smiled and said: "I don't think there is any need to worry. I have known them for more than four years. Every time I sweat for them, they always create new miracles. Let's wait and see."

Academician Jiang Weixian looked at the big screen and said softly, "It's almost time for Qin Ke to give a report."

One sentence quieted the round table conference room, and everyone's eyes were focused on the big screen. There was hope, anxiety, and expectation.

Academician Guo Weiyang took everyone's expressions into his eyes, and said silently in his heart: "Come on, Qin Ke, Ning Qingyun, there are countless people supporting you two, you must create another miracle."

……

Giving an academic report on stage does not seem to be difficult, as long as you read the script and read it.

In fact, such reports are the lowest and most contemptible. For a top-level academic conference, if the speaker can't even talk about his academic achievements without writing, it will only make people question his academic level.

Drafting is the minimum qualifying line.Moreover, unlike the International Congress of Mathematicians, the presentation time of the fifty candidates is the same, that is to say, Qin Ke's presentation time is the same as others, only one hour.

How to explain your content in a simple and profound way as much as possible in this limited time, not only to reflect the academic depth, but also to let the vast majority of participants, especially the judges, understand and understand its important scientific research value and significance , becomes particularly important.

Of course, the most important thing is that the audience is full of academic experts, and there must not be any loopholes that can be "attacked" in the entire speech. It will give people the illusion of "full of loopholes" and become a joke in the scientific community.

In the reports of the previous few days, there was no lack of such "excessive force" speakers. These speakers basically missed the "Einstein Science Award" this year.

Under such tremendous pressure, it is really a test of a scientist's profound academic accomplishment, knowledge and even eloquence to make a wonderful academic report and stand out.

Qin Ke is about to face such a test.

Sweden, the largest venue in the Stockholm Grand Hotel, was already full of audiences. The venue that could accommodate 2000 people was full of people. Even the aisles were full of people. At least 3000 people came to listen to Qin Ke’s performance academic report.

Naturally, the environment of such a crowded venue would not be too comfortable, but no one complained.In addition to mathematicians and physicists from all over the world, there were also professors and students from Stockholm University and dozens of academicians from the Royal Swedish Academy of Sciences who came to this conference. Candidate for the Einstein Prize in Science.

Professor Hirohide Hosono from Japan and his student Mitsuhiro Tamura were among them.

Qin Ke's report was the first in the morning of the sixth day. Under the eyes of countless scrutiny, expectations, doubts, and admiration, Qin Ke in a black dress stepped onto the podium.

The naturally curly hair was combed neatly, and the straight dress made Qin Ke, who was already extremely handsome, look even more extraordinary.

Qin Ke's footsteps are neither fast nor slow, giving people a sense of confidence and leisure.

Regardless of the mentality of the audience in the audience and the audience watching the live broadcast, they all had to nod secretly in their hearts at this moment. This young scientist, who was too young, exuded an aura of a great academic master from the inside out. Let no one dare to belittle or disrespect him because of his youth.

Qin Ke bowed slightly to the audience in the audience, then stood behind the podium, looked around the dark crowd, and said in an enthusiastic yet steady voice:
"Thank you very much for coming to my lecture. I am Qin Ke from Qingmu University in Xiaguo. The topic of my report is "Proving the existence of smooth solutions to NS equations in three-dimensional space". I believe that I will be there Everyone is familiar with this, this is the equation of motion describing the conservation of momentum of a viscous incompressible fluid..."

Ning Qingyun was in charge of switching the PPT for Qin Ke. The two had a great understanding. Qin Ke didn't need to waste half a cent of his thoughts on the PPT. He didn't even pay attention to how many mathematicians, physicists, and competitors in the audience were single-minded about picking his loopholes. , and didn't pay attention to whether the rumored Mochizuki Shinichi came or not.

He only concentrates on the speech itself.

As long as the content of the report is flawless, he is not afraid of anyone's questions.

Qin Ke originally had extraordinary talent in eloquence, and now he gave full play to his vivid and interesting language expression ability, and explained in a simple way how to use the "waterfall infinite flow cycle algorithm" to prove that the NS equations in three-dimensional space have smooth solutions.

The audience and judges in the audience listened carefully and attentively. In the huge venue, there was no noise at all, only the sound of inadvertently suppressed breathing, and when some people took out pens and paper to take notes, the tip of the pen fell on the paper. The "rustle" of swiping up.

Contrary to many people's expectations, within an hour, Qin Ke concluded loudly: "So far, I have completed the narration of proving that the NS equations in three-dimensional space have smooth solutions."

Many people look down at the time on their watches or mobile phones, and the hands of the time are only pointing to 9:35.

Has Qin Ke finished the most critical part of "proving that NS equations in three-dimensional space have smooth solutions"?So fast?Isn't there 25 minutes left?
Everyone was surprised and surprised, and even wondered if there was something wrong with the rhythm of Qin Ke's speech, but Qin Ke continued to calmly say: "According to the comments I read on the Internet, many scholars are very concerned about me and Academician Ning. I am very interested in the 'Waterfall Infinite Flow Cycle Algorithm' that I co-created, and I am even more interested in it than how to use it to prove that the NS equations in three-dimensional space have a smooth solution itself. There is a question that is asked the most, that is—— Is there any other use for this 'Waterfall Infinite Flow Loop Algorithm'?"

Having said that, Qin Ke waved his hand vigorously and said loudly, "My answer is yes!"

Facing the curious eyes of the audience, Qin Ke swallowed like a tiger: "The biggest use of the 'Waterfall Infinite Flow Cycle Algorithm' is not to prove that there are smooth solutions to NS equations in three-dimensional space, but to solve partial differential equations Group! About 60% of the special solutions of the NS equation can be found with the 'Waterfall Infinite Flow Cycle Algorithm', and it can even be used for another millennium mathematical problem - 'Yang-Mills' Existence and Quality Gap ' in the 'Yang-Mills equation'! In the next 25 minutes, I will explain these two parts in more detail!"

The venue suddenly boiled, and almost everyone stood up in shock.

No one expected that Qin Ke would unleash such a super big move in the second half of the report!

　Continue to ask for monthly ticket recommendation tickets and full reservations!

　　
　
(End of this chapter)