He only focused on the speech itself.

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

Qin Ke, who originally had extraordinary talent in eloquence, gave full play to his vivid and interesting language expression skills and explained in a simple and easy-to-understand manner how to use the "Waterfall Infinite Flow Loop Algorithm" to prove that there is a smooth solution to the N-S equations in three-dimensional space.

The audience and judges in the audience listened very carefully and attentively. In the huge venue, there was no noise at all. There was only the sound of unintentionally suppressed breathing, and when some people took out paper and pen to take notes, the tip of the pen was on the paper.

The "rustling sound" of paddling.

To the surprise of many people, less than an hour later, Qin Ke concluded loudly: "At this point, I have finished proving that there is a smooth solution to the N-S equations in three-dimensional space."

Many people look down at the time on their watches or mobile phones, and the time hand points to 9:35.

Qin Ke has finished the most critical part of "Proving that there is a smooth solution to the N-S equations in three-dimensional space"? So fast? Isn't there still 25 minutes left?

When everyone was shocked and surprised, and even wondered if there was something wrong with the rhythm of Qin Ke's speech, Qin Ke continued to calmly say: "According to the comments I saw on the Internet, many scholars expressed disapproval of Academician Ning and me.

I am very interested in the co-created 'Waterfall Infinite Flow Loop Algorithm', even more than how to use it to prove the existence of smooth solutions to the N-S equations in three-dimensional space. There is one question that is asked the most, and that is -

Are there any other uses for this 'waterfall infinite flow loop algorithm'?"

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

Facing the curious eyes of the audience, Qin Ke was furious: "The biggest use of the 'Waterfall Infinite Flow Loop Algorithm' is not to prove that there is a smooth solution to the N-S equations in three-dimensional space, but to solve partial differential equations.

Group! About 60% of the special solutions to N-S equations can be found using the 'waterfall infinite flow loop algorithm'. It can even be used for another millennium mathematical problem - 'Yang-Mills' existence and mass gap

'Young-Mills equation' in '! In the next 25 minutes, I will explain these two parts in more detail!"

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

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