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> There are some things LLMs cannot do, or at least do well, at any size, at infinite size and with infinite compute, simply due to the very nature of what LLMs are to begin with.

How can we be so confident that there is anything LLMs fundamentally cannot do? Proving that impossibility seems hard.

Drawing trend lines far into the future is foolish, but the recent trend is clear and its not obvious how much more progress is needed before they start having a meaningful impact on more aspects of life.

> not whether they are an emerging alien intelligence with civilisation-threatening capabilities.

The people building them are explicitly attempting to do this. They may not succeed, but what if they do? Seems worth considering that scenario.

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> How can we be so confident that there is anything LLMs fundamentally cannot do? Proving that impossibility seems hard.

This is where applied business programmers part ways with philosophers of mind and cognitive scientists. However, the lack of an inner model of the world is a formidable limitation, while the reliability of purely statistical-inferential processes will never be adequate for some basic building blocks of modernity.

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LLM utility is exponential with increased LLM capability. Even if improvements to LLMs slow down their impact will continue to increase. And there is no evidence LLMs are slowing down. In fact improvements still seem to be accelerating.
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You like these evocative words that imbue one with a feeling of "vroom" and "whoosh", like "exponential" and "accelerating", don't you?

But arithmetically speaking, is any of that true? Is model progress truly "accelerating"? How can you compare the delta from GPT-2 to GPT-3 with the delta from GPT-5 to GPT-6 with no sense of irony? And, at the risk of being quite blunt, do you know the meaning of the term "exponential"?

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Let's get concrete about the GPT improvements you were talking about:

On the MMLU benchmark, GPT-2 had an accuracy of 32.4%. GPT-3 improved this to 43.9%.

GPT-4 scored 86.4%. On GPQA Diamond, it scored 31%, vs GPT-5 at 86%. GPT-6 scores 96%.

If we take ARG-AGI-2, it would be 9.9% for GPT-5 vs 95% with GPT-6.

The benchmarks do not corroborate the picture you were drawing about improvements slowing down between GPT major versions.

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I don't much care about benchmarks. Talk obvious, commonsensical increases in utility to me.
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There wasn't that much utility in old, unreliable AI.

I remember their capabilities like so:

GPT-3 could produce convincing looking texts, sometimes.

GPT-4 was somewhat smarter and would give more accurate answers. At that time image understanding was released, wasn't it?

Then with GPT-5 we have a reasoning model, another jump in capabilities.

Now, compare GPT-6 Astra with its ability to implement software, work on long horizon tasks, and visual understanding.

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If you haven't seen the (massive) increases in utility I'd wager you haven't been using the tools much.
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So I'm holding it wrong?
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Necessary pedantry: if he's 4 foot 6 inches now, 3 inches is 5.555 (recurring) percent of that. If he grows at 105.555% per year then by 17 he is a fairly plausible 6 foot 6. (I think he then passes the forty foot mark soon after age 50.)
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Ah, but he only grew about half an inch from 9 to 10, so the "rate" of "runaway progress" is "accelerating" "exponentially" (wait, how many derivatives is that?), and he will soon EsCapE CoNTaiNmEnT and hack HuggingFace...
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Ha, of course, add derivatives until desired prediction is met.
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