The Navier-Stokes Equations Meet Weiming-1
Shen Qi nodded to Director Huang of the Supercomputing Center and said, "Let's begin."
The researchers activated the numerical experiment software they had developed, commanding "Weiming-1" to analyze and calculate the input raw data.
"Weiming-1" has a computing power of 100 quadrillion calculations per second, making it A-class Supercomputer.
The original data of the Navier-Stokes equations was instantly amplified into more than 19 million Partial Differential Equations and more than 13 million Ordinary Differential Equations, with the data source being the more than 200 pages of manuscript proposal by Shen Qi and his team.
It would take any human being at least two lifetimes to calculate all 19 million Partial Differential Equations and 13 million Ordinary Differential Equations.
After processing a massive number of Partial Differential Equations and Ordinary Differential Equations, "Weiming-1" immediately generated more than ten million pressure contour maps and velocity streamline maps. Analyzing these maps would take another two human lifetimes.
The main screen displays a dense array of error analysis data. Don't get too hung up on these process data; it's just "Weiming-1" indulging in its own self-congratulatory mode.
Shen Qi and the other three stood there, their eyes glued to the screen, the digital maze dazzling them.
Zhou Yu'an rubbed his eyes. He had been staring at the screen for almost an hour. His eyes hurt, his head was throbbing, and he felt nauseous.
Multiplying the speed of 100 quadrillion calculations per second by 3600, "Weiming-1" completed that many calculations in one hour.
The raw data analysis was finally complete, and the CPU of the "Weiming-1" mainframe seemed to breathe a sigh of relief.
Researchers at the supercomputing center cooled the "Weiming-1" supercomputer using water cooling. Direct water cooling eliminates the need for heat exchangers, effectively addressing the power consumption issue of Supercomputer.
The main screen refreshes data at a slower rate, and the norms of speed and stress are displayed in a way that is visually perceptible.
Zhou Yu'an made a gesture, fixing his eyelids with his fingers to force a gaze, not wanting to miss this historic moment.
As the Reynolds Number increases, the main vortex begins to move towards the center of the square cavity.
Shen Qi remained completely focused and didn't utter a single word, but he was quite expectant, and even a little nervous.
Finally, the five main vortices generated by the more than 40 million equations and graphs amplified from the four basic formulas were all captured by the Weiming-1. The supercomputing simulation analysis results of the pressure contour map and velocity streamline map were also consistent with Shen Qi and his team's previous predictions.
"It exists!" Shen Qi and Witten gave each other a loud high five.
"Smooth!" Witten gave Xiao Junlong a high five, as if relaying the message.
"Stable!" Xiao Junlong continued the celebration, giving Zhou Yu'an a high five.
"I..." Zhou Yu'an was speechless. You've already covered all the key terms of the Navier-Stokes equation.
"We did it!" Zhou Yu'an expressed his most thrilling feelings in the simplest of words.
"Ox!"
"Cool!"
"The Yanjing University Supercomputing Center sent a congratulatory telegram to the Shen Qi Mathematical and Physical Research Center!"
The colleagues at the supercomputing center cheered with joy, having personally operated and witnessed the breakthrough of another Millennium Problem.
"A legend indeed, Professor Shen! You and your team have solved three Millennium Prize Problem in total." Director Huang of the Supercomputing Center shook hands with Shen Qi. Director Huang is an expert in Computer Science. He asked Shen Qi, "When will you solve the P versus NP problem?"
Shen Qi smiled and said, "Within my lifetime."
The Supercomputer "Weiming-1" said that Shen Qi Team's solution to the Navier-Stokes equations was working, and the next step was to share this good news with the world.
The standard academic report version of "Study on the General Solution of the Navier-Stokes Equations" was quickly completed, with the "Weiming-1" Numerical Analysis report attached.
Yenching University released an official announcement: "Our Shen Qi Team has successfully solved the general solution of the Navier-Stokes equations. On October 31st, Professor Shen Qi's team will give a public report on 'Research on the General Solution of the Navier-Stokes Equations' in our university auditorium."
The news drew strong attention from relevant research institutions and media both at home and abroad. They discovered that Professor Shen Qi's team consisted of four people: two Chinese Mathematician, one American scholar (it was difficult to determine whether he was a mathematician or not), and one Chinese scholar (again, it was difficult to determine whether he was a mathematician or not).
This team of four has received a total of 22 international academic awards to date, including two Fields Medal and one Nobel Prize in Physics.
"Professor Shen Qi's team is truly impressive, and we have reason to believe that his team has solved the Navier-Stokes equations." - Comment from Springer Mathematical Annals.
"Professor Shen Qi did not release the pre-recorded version of the article in advance, so the mystery may not be solved until October 31st." - Comment from the renowned physics journal PRL.
"Stay tuned." - A brief comment from IMU.
"Keep an eye on it." - ICTP's comment was equally concise.
The Mathematics Community and Physics Community are paying close attention to the research results of Shen Qi Team on the Navier-Stokes equations. Theoretician are interested in the Navier-Stokes equations, and Engineer are even more interested in them. Regardless of their background, whoever can solve the Navier-Stokes equations first is a key focus of the international academic community.
Invitations to Shen Qi Team's public presentation on October 31st were extremely difficult to obtain.
The task of finalizing the guest list was handled by Yenching University; in any case, the people who are supposed to attend from the international Mathematics Community and Physics Community will all be there.
Shen Qi and his three colleagues conducted a tense but orderly rehearsal before the public report.
Shen Qi and Witten are experienced in international reports, so they are not nervous. It is Zhou Yu'an and Xiao Junlong who are nervous.
The public report on the study of the general solution of the Navier-Stokes equations, to be presented on October 31, will be divided into four sections.
The first section, presenting the report framework, was explained by Witten. In fact, this was Witten's contribution to the project, as he was most familiar with this part.
The core derivation and calculation steps following the unfolding of the framework in the second and third sections were reported by Xiao Junlong and Zhou Yu'an.
The final section provides the final conclusions and summarizes the entire report, presented by Shen Qi.
As agreed, except for Witten will give his presentation in his native English, the other three will all give their presentations in Chinese, with each guest provided with a simultaneous translation device.
With October 31st drawing ever closer, international guests are arriving in the Chinese Capital one after another.
Xiao Junlong was so nervous that he couldn't eat or sleep. He nervously approached Shen Qi and said, "Director Shen, I'm too ugly. How about Old Zhou reports the second part as well?"
Shen Qi shook his head and smiled, "Old Xiao, it's too late to back out now."
"Director Shen, you and Professor Witten have both won the Fields Medal. A person can only win the Fields Medal once in their lifetime, so you two big shots are basically content. I know you want to promote me and Lao Zhou and let us appear on the international stage, but I'm conflicted. If only I were as handsome as you."
Shen Qi encouraged Xiao Junlong, "You're the presenter for the second section. You've done the vast majority of the work for this section, so why aren't you confident? For a man, the most important thing is his inner qualities, not his appearance. Of course, being too handsome isn't a fault either, just let nature take its course."
With everything in place and just the right opportunity, on October 31st, Shen Qi Team held a public report on "Research on the General Solution of the Navier-Stokes Equations" as scheduled.
The Yanjing University Auditorium was packed, with renowned scholars and media representatives from home and abroad gathered together.
Each guest received a condensed summary of "A Study on the General Solution of the Navier-Stokes Equations" to help them better understand today's report.