Theories of Everything with Curt Jaimungal cover image

Brand New Result Proving Penrose & Tao's Uncomputability in Physics!

Theories of Everything with Curt Jaimungal

00:00

Computations and Chaos: The Fluid Dynamics Dilemma

This chapter examines the intricate relationship between undecidable events in physics and computational theory, focusing on the Navier-Stokes equations that model fluid dynamics. Through the lens of Turing machines, the discussion reveals how chaotic behavior in physical systems can be akin to computational complexity, highlighting unsolved problems and their implications. The exploration culminates in a fascinating analogy involving a rubber duck's trajectory on water, serving as a metaphor for the halting problem in computation.

Transcript
Play full episode

The AI-powered Podcast Player

Save insights by tapping your headphones, chat with episodes, discover the best highlights - and more!
App store bannerPlay store banner
Get the app