Its an exploration on the fact that not everything has a math equation that can be applied to it. Most of the book deals with unique aspects of this, but its d

Its an exploration on the fact that not everything has a math equation that can be applied to it. Most of the book deals with unique aspects of this, but its definitely not new. Anyone who has done CFD in depth already knows this. Computing turbulence is a game of approximation, because if you want results at a certain point, you basically have to start simulating very small areas of air in parallel and their interactions with one another in terms of particle momentum, temperature, density, e.t.c. (which is pretty much how reality works). The "science" aspect is his claim that researchers should focus on studying this phenomenon as explanation for everything in the universe, missing the fact that a) this already happens and b) in many cases, actual math is much quicker. The more interesting thing in recent years is this concept is very key to AGI (in the sense of all knowing all powerful AI) being pretty much highly impossible.