Tim Pool

It's akin to how a black hole works, the singularity.

When you cross the event horizon, it's where the pull is so great, there's nothing you can do to go back.

And the way we conceptualize that in three dimensions would be like a hole, where you get to a certain point where no amount of climbing or propulsion will get you back up and you fall down.

That is similar to the view of how AI is advancing.

The faster AI advances, the faster it can advance itself to the point where it just shoots straight up.

So the point is, there will be an event horizon in AI computing where we press the button, it goes, I now have achieved artificial general intelligence.

And then we'll say, fix yourself.

And it'll go, done.

And then we'll watch its computational power go.

And then all of a sudden, it will be akin to some kind of

demigod demon thing.

Right, qubits have nothing to do with what we're discussing.

Ian, I'm going to point out again, you're just combining words.

There's not quantum AI.

This is not how quantum computing works.

That's not what qubits do.

It has nothing to do with what we're talking about.

We're talking about a consistent...

Which requires time-based electron gates, et cetera, for running computations at mass scale.

So it's funny.