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Dwarkesh Patel: belief

11 Jun 2024 Dwarkesh Podcast Francois Chollet — Why the biggest AI models can't solve simple puzzles

“I think I agree with that. I might phrase it in this way. The people who are smarter have, in ML language, better initializations.”

— Dwarkesh Patel

Source trail

Everything needed to verify it.

Speaker
Dwarkesh Patel
Attribution
Verified speaker
Claim type
belief
Recorded
11 Jun 2024
Publisher
Dwarkesh Podcast

Transcript context

…That's a great question. There is extensive evidence that differences in intelligence are mostly genetic in nature. That means that if you take someone who is not very intelligent, there is no amount of training data you can expose that person to that would make them become Einstein. This points to the fact that you really need a better architecture. You need a better algorithm. More training data is not in fact all you need. I think I agree with that. I might phrase it in this way. The people who are smarter have, in ML language, better initializations. If you look at the neural wiring, it's more efficient. Maybe they have greater density of firing. Some part of the story is scaling. There is some correlation between brain size and intelligence. Within the context of “scaling” LLMs, people talk about architectural improvements. A model like Gemini 1.5 Flash performs as well as GPT-4 did when GPT-4 was released a year ago, but is 57 times cheaper on output. Part of the scaling story is that we're in like extremely low-hanging fruit territory when it comes to those architectural improvements. We're back now with the co-founder of Zapier, Mike Knoop. You're funding this prize and you're running this prize with François. Tell me about how this came together. What prompted you guys to launch this prize? I've been AI curious for 13 years. I co-founded Zapier and I’ve been running it for the last 13 years. I first got introduced to your work during COVID. I went down the rabbit hole. I had a lot of free time. It was right after you'd published your paper, "On the Measure of Intelligence”. You introduced the concept of AGI and that this efficiency of skill acquisition is the right definition, and the ARC puzzles. I don't think the first Kaggle contest had been done yet. It was still running. It was interesting but I just parked the idea. I had bigger fish to fry at Zapier. We were in the middle of this big turnaround of trying to get to our second product. It was January 2022 when the chain-of-thought paper came out. That really awoke me to the progress. I even gave a whole presentation to Zapier on the GPT-3 paper. I felt like I had priced in everything that LLMs could do. That paper was really shocking to me in terms of all these latent capabilities that LLMs have that I didn't expect they had. I actually gave up my exec team role. I was running half the company at that point. I went back to being an individual contributor and just doing AI research alongside Bryan, my co-founder. Ultimately, that led me back towards ARC. I was looking into it again. I had expected to see this saturation effect that MMLU and GMS8K have. When I looked at the scores and the progress over the last four years, I was really shocked to see that we'd made very little objective progress towards it. It felt like a really important eval. As I spent the last year quizzing people about it in my network and community, very few people even knew it existed. If it's right that this is a really globally, singularly unique AGI eval — and it's different from every other eval that exists that more narrowly measures AI skill — then more people should know about this thing. I had my own ideas on how to beat ARC as well. I was working nights and weekends on that. I flew up to meet François earlier this year to quiz him and show him my ideas. Ultimately I asked him why more people didn’t know about ARC? You should actually answer that. It's a really interesting question. Why don't you think more people know about ARC?…

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