Earlier quoted context omitted.
I'm sorry, we know exactly how LLMs work, this myth that we "dont know how they work" was perpetuated by executives that dont know how they work. We know exactly how attention layers work and how they produce the next word as well as draw them from larger feature spaces.
If you know all this, can you explain how these models produce advanced mathematical proofs? (as recently done by OpenAI, for example) I tried to generate the next word to the best of my ability, starting with a mathematical problem, but I did not create a valid proof. How do these LLMs work when they create math proofs to problems not yet solved?
When AI Benchmarks Plateau: A Systematic Study of Benchmark Saturation
41–50 of 139 posts
Re: When AI Benchmarks Plateau: A Systematic Study of Benchmark Saturation
#42Earlier quoted context omitted.
Can't call it AI like that without discrediting yourself. You mean LLMs?
Talk about moving the goalposts. Pray tell, exactly what must an LLM do before you're willing to consider it AI? Be specific, otherwise you're just woo-mongering.
Re: When AI Benchmarks Plateau: A Systematic Study of Benchmark Saturation
#43Earlier quoted context omitted.
Can't call it AI like that without discrediting yourself. You mean LLMs?
When a Big Killing Robot comes to murder you be sure to always call it BKR and don't discredit yourself by calling it AI.
Re: When AI Benchmarks Plateau: A Systematic Study of Benchmark Saturation
#44This seems to be the end of the road for LLM's. There's only so much accuracy on a highly non-linear space you can get from a regression. If the Pareto rule is any indicator, 80% of results come from 20% of causes. It seems that we have alot more to learn about intelligence. I am reminded of a statement on truth from an ancient philosopher, this sentiment seems to be exactly the opposite of the LLM training paradigm…
But I would bet that pretty much all of the improvement we’ve seen over the last year with coding has come from RL, not from the models becoming particularly stronger. And this makes sense, if models grow sublinearly with compute. And it seems like they do.
Re: When AI Benchmarks Plateau: A Systematic Study of Benchmark Saturation
#45Earlier quoted context omitted.
I really don’t think we know enough about what „intelligence“ is or how LLMs actually work to confidently say that this is the end of the road for LLM.
I'm sorry, we know exactly how LLMs work, this myth that we "dont know how they work" was perpetuated by executives that dont know how they work. We know exactly how attention layers work and how they produce the next word as well as draw them from larger feature spaces.
If we would know that, there would be no need for interpretability research.
Re: When AI Benchmarks Plateau: A Systematic Study of Benchmark Saturation
#46This seems to be the end of the road for LLM's. There's only so much accuracy on a highly non-linear space you can get from a regression. If the Pareto rule is any indicator, 80% of results come from 20% of causes. It seems that we have alot more to learn about intelligence. I am reminded of a statement on truth from an ancient philosopher, this sentiment seems to be exactly the opposite of the LLM training paradigm…
>This seems to be the end of the road for LLM's This is an amazingly ignorant thing to say given the current pace of progress.
Re: When AI Benchmarks Plateau: A Systematic Study of Benchmark Saturation
#47This seems to be the end of the road for LLM's. There's only so much accuracy on a highly non-linear space you can get from a regression. If the Pareto rule is any indicator, 80% of results come from 20% of causes. It seems that we have alot more to learn about intelligence. I am reminded of a statement on truth from an ancient philosopher, this sentiment seems to be exactly the opposite of the LLM training paradigm…
Weird moment for this take. We're seeing some of the fastest and most impressive progress ever right now. Frontier labs have categorically different & better set ups for evaluation, they're fine. It's work but it's not a crisis.
Re: When AI Benchmarks Plateau: A Systematic Study of Benchmark Saturation
#48This seems to be the end of the road for LLM's. There's only so much accuracy on a highly non-linear space you can get from a regression. If the Pareto rule is any indicator, 80% of results come from 20% of causes. It seems that we have alot more to learn about intelligence. I am reminded of a statement on truth from an ancient philosopher, this sentiment seems to be exactly the opposite of the LLM training paradigm…
>This seems to be the end of the road for LLM's This is an amazingly ignorant thing to say given the current pace of progress.
Re: When AI Benchmarks Plateau: A Systematic Study of Benchmark Saturation
#49I started thinking about this back after the Llama 4 release, and since then our team has put a lot of thought into designing evaluations that don't saturate, are resistant to contamination, and can scale. What has worked best for us is using multi-agent environments with open-ended cooperative or competitive goals. Mostly designed as multiplayer games. The results tend to align with our experience for coding better…
If you're ranking Opus > Fable you're ranking "do [clearly defined thing with easy to grade endpoint]" too much. Real world doesn't value that nearly as much and it's why benchmarks are maxxed.
I agree that Opus 5 is not a great model, despite being clearly intelligent. It seems like a personality problem in user-driven agentic coding workflows, not a real capability issue. Not incorporating unspoken user intent, going off topic, incorporating some of the pedantry you find in GPT 5.x models, etc.
That's also likely why Opus 5 ranks low on our "Social Intelligence" benchmark (https://gertlabs.com/rankings?mode=decision), although sample sizes on this one are still low.
Re: When AI Benchmarks Plateau: A Systematic Study of Benchmark Saturation
#50Earlier quoted context omitted.
>This seems to be the end of the road for LLM's This is an amazingly ignorant thing to say given the current pace of progress.
Can you quantify this rate of progress? Because someone always comes around and says there's been exponential progress in the past every time someone complains that models just aren't very good. Both can't be true
And there are benchmarks that cleanly separate the SOTA models:
Saturation of benchmarks is a property of benchmarks just as much as of the models.