Tim Pool

Easiest way to understand it is for any human who's ever done a Sudoku puzzle, you get this grid of missing numbers and have to figure out where all the numbers go based on the other numbers.

That is a very, very, very rudimentary puzzle.

And there's some really amazing ones, Sudoku puzzles, that have only one or two numbers, incredibly difficult.

For some people, it's very hard because the way you solve for it, there's a, oh, guys, I really recommend you read Sudoku strategy stuff.

I learned some crazy mathematical formulas that like top tier Sudoku players understand.

For beginners, you'll get to a point where you're like, I don't understand how to solve this because there's four squares and each of them could be one of three numbers.

This makes no sense.

And then I was reading online and it was like, oh, if one of the numbers is the sum of a prime, like then it has to be an even.

And I'm like, wow.

Like the things that humans can do with math and Sudoku is baby level stuff.

Magnify that by like 10 to the 65th and that's an AI Sudoku.

It's looking at earth and all of its humans.

It will predict the future to an insane degree.

You will be able to—it'll say to you, like, I can predict wind patterns.

It will be able to tell you, to prevent a hurricane from hitting Florida, send a drone to this location at this time, which will disrupt the weather pattern that will create the hurricane.

Just flying through and preventing that butterfly effect.

I think it's real, dude.

You're jumbling up a bunch of different unrelated concepts together into a single sentence.

It's a bunch of likely outcomes mixed into one.

Quantum computing does not work the way you think it does.