00:00AI just solved a problem. It defeated mathematicians for decades.
00:09The Navier-Stokes problem stumped mathematicians for nearly a century.
00:13These equations are supposed to perfectly map how fluids move.
00:17But take a stream of water rushing through a pipe under extreme pressure.
00:21To see if this math ever breaks, OpenAI deployed 10,000 autonomous AI agents.
00:27They analyzed the simulation continuously for 88 hours.
00:32They weren't just calculating normal flow.
00:34They hunted for a specific edge case where the math physically stops making sense.
00:39And they found the exact failure point.
00:42Under extreme conditions, the equations blow up.
00:45They predict the water's speed will accelerate until it becomes impossibly infinite.
00:49This infinite speed result proves the mathematical model is fundamentally flawed.
00:54Unable to describe physical reality in those extreme edge cases.
00:58To verify this chaotic discovery, a single master model named GPT-6-Astra stepped in.
01:05It spent 17 hours checking the work. Confirming the proof was absolutely flawless.
01:10So what happens when we look back at that simple pressurized water stream from the very beginning?
01:15The AI swarm proved that if you push the physics hard enough,
01:18the governing mathematical model eventually shatters into pieces.
Comments