Chapter 97: A Turbulence Numerical Simulation Method Based on Differentiable Neural Networks

Facing the other party's skepticism, Professor Daniel smiled.

After pausing for a while, he finally said, "Although there is a significant discrepancy between the calculation and the experiment, I think it is still acceptable. The optimization is very challenging and cannot be accomplished by one person alone; it requires the collective effort of all colleagues."

"This material is not appearing for the first time, but the mechanism behind it has always eluded us. Now, it has provided us with a completely new clue, a new direction."

"This clue might lead to a dead end, but there is also a certain probability that it could lead to a brand new world. Therefore, I have decided to accept this paper for publication. Do you think that's acceptable?"

Many fields in physics, such as some superconducting materials, have stalled in development because one core issue is that most physics calculations are based on perturbative expansions.