After a brief introduction, Huang Tian got down to business.
He did not launch straight into the proof. First, he explained the new theoretical framework he had built. After all, the proof rested on it. If he failed to make that clear, there was no point in going any further.
"...Existing mathematical tools have certain limitations when it comes to the Navier-Stokes Equations. They make it difficult to solve the problem clearly and intuitively. So I tried introducing geometric analysis, topological constraints, and infinite-dimensional dynamical systems into partial differential equations to build a new mathematical tool..."
His voice was steady and strong, echoing through the auditorium.
Below the stage, in the center aisle, a reporter from Science and Technology Daily listened with a blank expression. The cameraman beside him felt his scalp tingle, as though a brain were about to sprout inside his head.
"It's only been two minutes, and I'm already completely lost. Is this what mathematics is like?" The reporter shuddered, privately grateful he had not majored in math.
The cameraman cleared his mind as best he could and concentrated on filming.
If Huang Tian's proof of the Navier-Stokes Equations held up, this footage would become an extraordinarily valuable historical record. Some clips would certainly air as major news.
Several other major media outlets were filming in the auditorium as well.
"It's getting harder and harder to follow..." murmured a mathematics master's student from Capital University.
The person beside him glanced over and whispered, "You weren't actually hoping to understand it, were you? We're here to join the excitement and witness a miracle. The real audience is those big names in the front rows!"
"I thought getting into Capital University meant I was a one-in-ten-thousand genius. Then I arrived and found geniuses as plentiful as carp crossing a