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modeless t1_izzpcbe wrote

He calls it "mortal computation". Like instead of loading identical pretrained weights into every robot brain you actually train each brain individually, and then when they die their experience is lost. Just like humans! (Except you can probably train them in simulation, "The Matrix"-style.) But the advantage is that by relaxing the repeatability requirement you get hardware that is orders of magnitude cheaper and more efficient, so for any given budget it is much, much more capable. Maybe. I tend to think that won't be the case, but who knows.

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ChuckSeven t1_j016rtg wrote

Why exactly is hardware cheaper and more efficient?

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modeless t1_j02fiss wrote

Without the requirement for exact repeatability you can use analog circuits instead of digital, and your manufacturing tolerances are greatly relaxed. You can use error-prone methods like self assembly instead of EUV photolithography in ten billion dollar cleanrooms.

Again, I don't really buy it but there's an argument to be made.

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