3 ms·
> Trying to prove a magic talking box has experience when you can't prove another moist robot has experience is moving the goalpost too far out. Maybe I'm just
by md224 12y ago
> Trying to prove a magic talking box has experience when you can't prove another moist robot has experience is moving the goalpost too far out.
Maybe I'm just confused about what goals we're talking about. If your goal is to understand cognition, then sure; a highly intelligent machine is a great way to do that. However, the comment I replied to was suggesting that strong AI would "render the question of consciousness meaningless"; that's a far stronger claim, and in my opinion, unrealistic. I think you and I are actually in agreement on this one... if anything, I was arguing against A.I. having the goalpost of understanding subjective experience.
- seiji 12y agostrong AI would "render the question of consciousness meaningless"; that's a far stronger claim, and in my opinion, unrealistic. That's actually a great point many people misunderstand, largely due to nobody pinning down a definition for "Strong AI." I prefer the term "computational consciousness" instead of Strong AI. It gets the point across better about future AI actually _thinking_ and _experiencing_ instead of having people misconceive AI as just a clever if/else decision tree. Strong/Hard AI (and human consciousness) is a combinations of algorithms and data. People have hard-wired algorithms for processing data from their senses. Some people have better hard-wired algorithms than others. But, if you take the smartest person alive today back in time and raise them in an isolated environment (i.e. limit their data intake), they won't be the same person and they won't be able to think the same thoughts. Summary: AI = mostly data, with algorithms to help organize/cluster/recall things. You can't have recall and intent of agency without a self-directed consciousness controlling the internal state<->external world feedback gradient.