13 ms·
Although it might be possible to modify the mass of a computer by a factor of 2 this is really not going to affect its score so much, given the presence of a lo
by jleahy 13y ago
Although it might be possible to modify the mass of a computer by a factor of 2 this is really not going to affect its score so much, given the presence of a logarithm. You're definitely not going to be able to adjust its mass by an order of magnitude after all. A similar problem exists for humans: should you include the whole body or just the brain? What about some kind of power source? Luckily all of these factors are only going to add/subtract a few points (doubling/halving mass is +-0.3).
A bigger source of error is whether the ability to process information can be put to good use. Since this was written computing power has increased by at least 6 orders of magnitude, putting computers ahead of humans. Yet we are no closer to being able to have an intelligent conversation with a computer than we are to having an intelligent conversation with a plough or any other machine that can be used to lever our minds.
- PeterisP 13y agoDo you really think that "we are no closer to being able to have an intelligent conversation with a computer" ? I mean, we aren't there yet, but we're definitely closer than before, the gap is narrowing in part due to the 6 order of magnitude increase. And do take note that at the time when we'd be 95% close, then it would still feel like having an intelligent conversation with a dog; the conversation would only 'feel right' if the capabilities matched 100% or more.
- jleahy 13y agoThat's a good point, I guess with something like that you'll never know how close you are until you get there. Nonetheless, once we get there (and I see no reason why we shouldn't eventually - even if it's via and exact simulation of a human brain) I'll be interested to look back and see how much of what we were missing was knowledge and how much was computational capacity.