yego.me
💡 Stop wasting time. Read Youtube instead of watch. Download Chrome Extension

More Compute Power Doesn’t Produce AGI


2m read
·Nov 3, 2024

The artificial general intelligence crew gets this completely wrong too. Just add more compute power and you'll get intelligence when we don't really know what it is underneath that makes us creative and allows us to come up with good explanations.

People talk a lot about GPT-3, the text matching engine that AI put out, which is a very impressive piece of software. But they say, "Hey, I can use GPT-3 to generate great tweets." Well, that's because, first, as a human, you're selecting which tweets out of all the garbage that it generates are good. Second, it's using some combination of plagiarism and synonym matching and so on to come up with plausible sounding stuff.

But the easiest way to see that what's generating doesn't actually make any sense is just asking it to follow a question. Take a GPT-3 generated output and ask it why—why is that the case? Or make a prediction based on that and watch it completely fall apart because there's no underlying explanation. It's parroting; it's a brilliant Bayesian reasoning. It's reading from what it already sees out there, generated by humans on the web.

But it doesn't have an underlying model of reality that can explain the scene in terms of the unseen. I think that's critical. That is what humans do uniquely— that no other creature, no other computer, no other intelligence, biological or artificial, that we have ever encountered does. And not only do we do it uniquely, but if we were to meet an alien species that also had the power to generate these good explanations, there is no explanation that they could generate that we could not understand.

We are maximally capable of understanding. There is no concept out there that is possible in this physical reality that a human being, given sufficient time, resources, and education, could not understand.

More Articles

View All
Changes in the AD-AS Model and the Phillips curve | APⓇ Macroeconomics | Khan Academy
In this video, we’re going to build on what we already know about aggregate demand and aggregate supply and the Phillips curve, and we’re going to connect these ideas. So first, the Phillips curve. This is a typical Phillips curve for an economy. High in…
Applying the chain rule and product rule | Advanced derivatives | AP Calculus AB | Khan Academy
What we’re going to do in this video is try to find the derivative with respect to X of (x^2 \sin(X)) all of that to the third power. And what’s going to be interesting is that there are multiple ways to tackle it. I encourage you to pause the video and …
Explaining the “Eureka Effect” | StarTalk
No one can imagine anybody else playing that role but you. So what were you doing? What’s your secret? Come on! I love the whole concept of scientists who deal with, uh, insoluble, uh, problems. I love the story of a noted scientist who was trying to fin…
Recognizing quadratic factor methods part 2
In the last video, we looked at three different examples. It really is a bit of a review of some of our factoring techniques and also to appreciate when we might want to apply them. We saw in the first example that it was just a process of recognizing a …
2015 AP Chemistry free response 7 | Thermodynamics | Chemistry | Khan Academy
Aluminum metal can be recycled from scrap metal by melting the metal to evaporate impurities. Calculate the amount of heat needed to purify one mole of aluminum originally at 298 Kelvin by melting it. The melting point of aluminum is 933 Kelvin. The molar…
Lorentz transformation derivation part 1 | Special relativity | Physics | Khan Academy
So, in all of our videos on special relativity so far, we’ve had this little thought experiment where I’m floating in space and, right at time equals zero, a friend passes by in her spaceship. She’s traveling in the positive x direction; velocity is equal…