Scholar’s Advanced Technological System

After receiving a reply from the Ark, Carlson had virtually no hope, and the Millennium Difficulty Awards had been set aside.

However, it was not known who had leaked the information, and the message from the Clay Institute that the original award scheme had been cancelled came out.

And finally, it was passed down, and it became the ark's refusal to receive the prize.

Since the NS equation was resolved, a number of media outlets have been watching that one-million dollar reward for the Millennium Difficulty. After all, for most people who don't care about mathematics, whether the NS equation solution exists proves to be far less than a million dollars more shocking...

The New York Times reporter wrote a review.

[… Following the refusal of Russian mathematician Perelman to receive a one-million dollar reward, the Chinese mathematician Ark likewise rejected a one-million dollar reward. The question of the millennium seems to haunt a mysterious spell, and those who break these propositions end up losing interest in money?

When the newspaper was picked up from Hardy's hand, after reading it, the ark threw it into the trash can and shook its head.

“This is bullshit. When did I say no? I'm just asking the Clay Institute to wait, because I'm busy and can't afford another flight to Paris lately. ”

Hardy: "Professor, did you throw out the Clay Institute prize because you couldn't take the time to claim the prize? ”

The Ark emphasized one sentence: "It is postponed. ”

Hardy shrugged helplessly: “Well, it's postponement... Professor, I actually have a suggestion, I just don't know if I should say it. ”

The ark looked at him and said, "What advice? ”

Sorry to scratch my back of my head, Hardy grinned and said, "I mean, if you really can't take the time, you can send me to Paris to collect your prize. Your research is busy, but I don't mind going away...”

Ark: “…”

This guy...

Have you been too busy lately?

……

With regard to rumours from the outside, it is only a small episode for the Ark.

He was busy studying plasma turbulence, and he didn't have time to go to any press conferences to clarify this boring thing.

In addition to awarding the award, the troubles caused to him by the NS equation are not just excessive media attention, but also from other sources.

For example, since he came back from Brazil with the Filtz Prize, his mailbox had been filled with invitations from various places.

Some of them come from research institutions at home and abroad, some are from a university that ranks top100 globally in mathematics, and some are not even from academia, but from a television drama group and a talk show...

The ark feels a lot easier after throwing all these emails to Em for processing.

In terms of personalized rejection and spam disposal, Em is like his sweet little cotton padded jacket, and after several demonstrations, he is now becoming more and more comfortable with it.

After these trivial arrangements were put in place, the ship continued to return to work and began to study the problem of plasma turbulence.

It is worth mentioning that the difficulties of turbulence arise mainly from two broad categories of problems.

The first category derives from the complexity of systems and environments, which derives from the diversity of turbulent motion systems.

In the case of spacecraft, for example, the gas environment and the macromechanical environment in which the spacecraft is located are constantly changing as flight altitudes, speeds, even regions, and material surface temperatures change.

As for the second type of complexity, it is a methodology derived from classical physics.

Traditional reductionism builds an evolutionary equation of motion based on the most basic group elements of material motion and the pattern of interaction between the basic group elements. It sounds simple, after all, that many formulas in classical physics don't even need advanced mathematical methods.

In physics, however, “it's complicated.”

Also in the case of aircraft, a flow field around a wave 747 would contain 10 ^ 15 ~ 10 ^ 24 microfluxes, perform mechanical analysis of each microfluxes, and consider the disturbances caused by each other, even if all the computers in the world were used, it would be difficult to accomplish such a large amount of computation.

So most researchers who do fluid mechanics analysis, all the models that are built are imaginary, and different scholars use the same CFD method, and even get very different results.

It is precisely for this reason that turbulent CFD calculations based on engineering closure theory are often referred to as “art” rather than science.

The reason people are so obsessed with the smoothness and existence of NS equations is not just to know if that elusive solution exists, but to hope that mathematicians will get something when they study the equation.

It may be a construct to calculate the boundaries of the subsonic zone and the sound zone, or an approximate weak form applicable in a limited range, and as far as the ark is concerned, the treatment of the bias differential equation by the L-flux and the differential geometry method.

For the plasma inside the imitator, the first type of problem is a good one. While it is said that the plasma is unstable at high temperatures, at least the mechanical environment of the entire plasma circulation is also uniform across the macroscopic components.

As for the second category, the core difficulties lie.

The difficulty here, however, is only for the average person.

When the ark applied the L-shape to the NS equation and built a mathematical model of those experimental data based on differential geometry, it was found that the whole job, though complex, was not as difficult as he thought.

Time passes day after day, and the calendar opens a new page.

Early September.

Sitting in the office of the Princeton Institute of Higher Studies, the ark eyes were not allowed to stare at the computer screen, and the pen in hand was written and painted on paper from time to time.

When he tapped the last line of formula on the computer, he finally took a long breath and let go of the ballpoint pen that was clipped to his fingertips.

“Done! ”

Hearing the professor's voice, Hardy looked up at Qin Yue next to him, and then quietly lowered his head.

Jericho and Vera secretly cast their admirable sights on the ark, especially the latter, as if they were sparkling with small stars.

I don't know what the professor is doing, but he always seemed awesome.

As for Wei Wen, he was writing his master's thesis, and he was indifferent to it. None of this matters to him who aspires to graduate this year and start reading next year.

In short, the professor has also found something to push...

Without paying attention to the students' reactions, the Ark quickly checked its mathematical model and then copied the data into the USB disk, leaving the office with the USB disk.

The inference of the equation is what can be accomplished by the human brain, but once a numerical solution is involved, the calculation of terror is beyond the reach of manpower.

In order to validate his mathematical model and also to collect first-hand simulation data, he now needs an overrun.

The sooner the better!

……

As one of the richest universities in North America, Princeton's grandeur is reflected not only in spending money digging, but also in the construction of campus hardware facilities.

Though located in its shabby Princeton town, it has everything from plasma physics laboratories to supercomputing centers.

It turns out that having a well-financed alumni behind it is so important for a university.

Princeton's school overruns, all called the John Norman Supercomputer Research Center, do simulation studies on condensation physics, plasma physics, astrodynamics, and more.

While there are cowmen in parallel computing like David Shaw among those known to the Ark, Anton's powerful computational capability is only manifested in computational chemistry, and his performance in the universal computational field is not ideal.

Not to mention David Shaw himself, not necessarily interested in plasma physics or hydrodynamics simulations, so the ark didn't bother him either.

After completing the application form at Nassau Hall, the Ark did not wait long and soon obtained the school's application for approval.

Any research project linked to a pppl laboratory is approved most quickly.

Not to mention a Fields Prize winner.

He came to the John Norman Center for Supercomputing with a written document, and the Ark found Professor Amahl Green, the director of the Center, to explain his intentions to him.

After listening to the Ark's request, Green's eyebrows picked out in surprise.

“Unbelievable... are you sure you're not kidding? You built a mathematical model for plasma turbulence in a star mimetic? ”

Although he's not a physicist, he still knows how amazing it is.

The ark sighed and shook the application: “Six months away from Fool's Day, I'm sure I'm not kidding. ”

Professor Green didn't give a shit, he turned on his work computer, "Do you have that model? ”

Placing the flash drive on the table, the ark said: "Of course. ”

After plugging the USB into the computer, opening the files inside, looking at the data and images on the computer screen, Green touched the scum on his chin and thought for a moment and said, "With all due respect, this looks difficult. I'm not sure if our John Norman is capable of this magnitude, and I'm afraid what you need is a summit at Oak Ridge National Laboratory… can't you simplify this model? ”

The ark shook its head: “This is the simplest form I can make. ”

“Well, you gave us a problem on behalf of the PPPL lab,” said Professor Green, turning to the pen in his hand and thinking for a moment, "I can fix the algorithm part, but don't expect it to be done in a short time. ”

The ark nodded: “I know. And I'm here to help you. ”

Professor Green laughed and said, "It's necessary, after all, that we do large-scale parallel computing, not plasma physics experts. ”