George Hotz

Why is that hard? Well, because it's not, I mean, a 3D printer is a very simple machine, right? Okay, you're going to print chips? You're going to have an atomic printer? How are you going to dope the silicon?

Why is that hard? Well, because it's not, I mean, a 3D printer is a very simple machine, right? Okay, you're going to print chips? You're going to have an atomic printer? How are you going to dope the silicon?

Yeah. Right?

Yeah. Right?

Yeah. Right?

How are you going to etch the silicon?

How are you going to etch the silicon?

How are you going to etch the silicon?

Yeah, but structural type of robots aren't going to have the intelligence required to survive in any complex environment.

Yeah, but structural type of robots aren't going to have the intelligence required to survive in any complex environment.

Yeah, but structural type of robots aren't going to have the intelligence required to survive in any complex environment.

I don't think this works. I mean, again, like ants at their very core are made up of cells that are capable of individually reproducing. They're doing quite a lot of computation that we're taking for granted. It's not even just the computation. It's that reproduction is so inherent. Okay, so like there's two stacks of life in the world. There's the biological stack and the silicon stack.

I don't think this works. I mean, again, like ants at their very core are made up of cells that are capable of individually reproducing. They're doing quite a lot of computation that we're taking for granted. It's not even just the computation. It's that reproduction is so inherent. Okay, so like there's two stacks of life in the world. There's the biological stack and the silicon stack.

I don't think this works. I mean, again, like ants at their very core are made up of cells that are capable of individually reproducing. They're doing quite a lot of computation that we're taking for granted. It's not even just the computation. It's that reproduction is so inherent. Okay, so like there's two stacks of life in the world. There's the biological stack and the silicon stack.

The biological stack starts with reproduction. Reproduction is at the absolute core. The first proto-RNA organisms were capable of reproducing. The silicon stack, despite as far as it's come, is nowhere near being able to reproduce.

The biological stack starts with reproduction. Reproduction is at the absolute core. The first proto-RNA organisms were capable of reproducing. The silicon stack, despite as far as it's come, is nowhere near being able to reproduce.

The biological stack starts with reproduction. Reproduction is at the absolute core. The first proto-RNA organisms were capable of reproducing. The silicon stack, despite as far as it's come, is nowhere near being able to reproduce.

Yeah.

Yeah.

Yeah.