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ML promises to be profoundly weird

aphyr.com

421–430 of 641 posts

Re: ML promises to be profoundly weird

#421

Earlier quoted context omitted.

> They do not reason How do you disprove it?

We know that they do not reason because we know the algorithm behind the curtain. The model is generating the next token via model weights and some randomness. That’s all. It not reasoning. Sometimes it has an appearance of reasoning, but not if you know how it works. It doesn’t matter that the model manufacturer marketing department slaps a “Reasoning!” sticker on the side of the model. It’s not actually doing that.…

Well, could you define what reasoning actually means? What would an AI need to do to be considered capable of reasoning? What is the core difference between what we do that is considered reasoning verse what AI currently does that is not considered reasoning?

To be clear, I am not making a statement as to whether AI reasons or not. Its just slippery to say something isn't or can't do X when we can't really define X. Perhaps if we can put it down as an outcome rather than an, in my opinion, currently impossible to accurately define characteristic of a thing.

Re: ML promises to be profoundly weird

#422

> 2017’s Attention is All You Need was groundbreaking and paved the way for ChatGPT et al. Since then ML researchers have been trying to come up with new architectures, and companies have thrown gazillions of dollars at smart people to play around and see if they can make a better kind of model. However, these more sophisticated architectures don’t seem to perform as well as Throwing More Parameters At The Problem. P…

> hybrid Mamba/Gated linear attention layers,

Do any large-scale architectures use mamba? I was under the impression that people don't use it yet due to lack of efficient implementations.

> Training is also vastly more sophisticated

Is it? In what ways?

Re: ML promises to be profoundly weird

#423

Earlier quoted context omitted.

> An AI is like the most well-read book nerd you’ve ever met. The AI has read everything But no real book nerd has read everything. Current law was designed for the capabilities of humans.

Sure, we could change current law, but I think that only forces an AI company to buy one copy of every book. I don’t think it gives any sort of royalty stream to anyone beyond that. Copyright is literally the right to make copies. Once I have acquired a copy, I can read it, summarize it, transform it, etc. in myriad ways.

You can't make copies though. AI training requires making copies of materials, even if they're purchased.

Re: ML promises to be profoundly weird

#424

Earlier quoted context omitted.

>With modern training techniques, RNNs (not just linear SSMs, potentially even vanilla LSTMs) can scale just as well as transformers or even better when it comes to enormous context lengths. That's not true. Modern training techniques aren't enough. Vanilla RNNs with modern training techniques still scale poorly. You have to make some pretty big architectural divergences (throwing away recurrency during training) to…

> That's not true. Modern training techniques aren't enough. Vanilla RNNs with modern training techniques still scale poorly. You have to make some pretty big architectural divergences (throwing away recurrency during training) to get a RNN to scale well. SSMs move the non-linearity outside of the recurrence which enables parallelisation during training. It is trivial to do this architectural change with an LSTM (see…

>SSMs move the non-linearity outside of the recurrence which enables parallelisation during training. It is trivial to do this architectural change with an LSTM (see the xLSTM paper). Linear RNNs are still RNNs.

Removing the non-linearity from the recurrence path is exactly what constitutes a "pretty big architectural divergence." A linear RNN is an RNN in a structural sense, certainly, but functionally it strips out the non-linear state transitions that made traditional LSTMs so expressive, entirely to enable associative scans. The inductive bias is fundamentally altered. Calling that simply 'modern training techniques' is disingenous at best.

>But you can still keep the non linearity by training with parallel Newtown methods, which work on vanilla LSTMs and scale to billion of parameters.

That does not scale anywhere near as well as Transformers in compute spend. It's paper/research novelty. Nobody will be doing this for production.

>Does Alibaba not count? Qwen3.5 models are the top performers in terms of small models as far as my tests and online benchmarks go.

I guess there's some misunderstanding here because Qwen is 100% a transformer, not a hybrid RNN/LSTM whatever.

Re: ML promises to be profoundly weird

#425

> 2017’s Attention is All You Need was groundbreaking and paved the way for ChatGPT et al. Since then ML researchers have been trying to come up with new architectures, and companies have thrown gazillions of dollars at smart people to play around and see if they can make a better kind of model. However, these more sophisticated architectures don’t seem to perform as well as Throwing More Parameters At The Problem. P…

Literally the paragraph right before the one you quote is this:

> I am generally outside the ML field, but I do talk with people in the field. One of the things they tell me is that we don’t really know why transformer models have been so successful, or how to make them better. This is my summary of discussions-over-drinks; take it with many grains of salt. I am certain that People in The Comments will drop a gazillion papers to tell you why this is wrong.

As I understand it, this article is basically a conglomeration of several attempts at an article that the author has attempted to make over the past decade or so considering the impacts of AI on society. In their own words:

> Some of these ideas felt prescient in the 2010s and are now obvious. Others may be more novel, or not yet widely-heard. Some predictions will pan out, but others are wild speculation. I hope that regardless of your background or feelings on the current generation of ML systems, you find something interesting to think about.

As for the "Bitter Lesson" part, they pretty much directly said that it wasn't the Bitter Lesson exactly, saying it might be a variant of it. Honestly, it felt more like a way of throwing in a reference to something that also might provoke thought, which was done throughout the piece (which again, is the entire point).

It's totally valid to say "this article didn't provoke much thought for me". I'm a bit confused at why you think a lack of specific domain knowledge in a domain that they literally state they are not an expert in would be disqualifying for that purpose though.

Re: ML promises to be profoundly weird

#426

> 2017’s Attention is All You Need was groundbreaking and paved the way for ChatGPT et al. Since then ML researchers have been trying to come up with new architectures, and companies have thrown gazillions of dollars at smart people to play around and see if they can make a better kind of model. However, these more sophisticated architectures don’t seem to perform as well as Throwing More Parameters At The Problem. P…

> hybrid Mamba/Gated linear attention layers, Do any large-scale architectures use mamba? I was under the impression that people don't use it yet due to lack of efficient implementations. > Training is also vastly more sophisticated Is it? In what ways?

Qwen3.5 uses Gated Delta Networks which is essentially Mamba 2 + Delta Rule. It’s quite hardware efficient.

> Is it? In what ways?

Just the reinforcement learning for reasoning, and then tool use for agents, could be its own topic.

Re: ML promises to be profoundly weird

#427

> 2017’s Attention is All You Need was groundbreaking and paved the way for ChatGPT et al. Since then ML researchers have been trying to come up with new architectures, and companies have thrown gazillions of dollars at smart people to play around and see if they can make a better kind of model. However, these more sophisticated architectures don’t seem to perform as well as Throwing More Parameters At The Problem. P…

Yeah I also came here to be one of those People In The Comments the author refers to. Transformers are not magical. They are just a huge improvement over other architectures at the time such as LSTMs and RNNs and even CNNs. They allowed us to throw more and more compute at the problem of next token prediction. And we’ve been riding that horse ever since. Another big advancement that deserves mentioning is “reasoning”…

This sounds almost identical to the article that's literally linked at the end of the paragraph that the parent comment quoted: https://www.cs.utexas.edu/~eunsol/courses/data/bitter_lesson...

I don't think anything you're saying here is in disagreement with the points they're making.

Re: ML promises to be profoundly weird

#428

I think the discussion has to be more nuanced than this. "LLMs still can't do X so it's an idiot" is a bad line of thought. LLMs with harnesses are clearly capable of engaging with logical problems that only need text. LLMs are not there yet with images, but we are improving with UI and access to tools like figma. LLMs are clearly unable to propose new, creative solutions for problems it has never seen before.

> LLMs with harnesses are clearly capable of engaging with logical problems that only need text.

> LLMs are clearly unable to propose new, creative solutions for problems it has never seen before.

How do you reconcile this with this article that the author linked? It's not a novel problem, and it's only text: https://medium.com/the-generator/one-word-answers-expose-ai-...

I guess it's a form of engagement to give a wildly wrong answer, but I'm not convinced that the extra nuance you've introduced is really all that nuanced either.

Re: ML promises to be profoundly weird

#430

I think the discussion has to be more nuanced than this. "LLMs still can't do X so it's an idiot" is a bad line of thought. LLMs with harnesses are clearly capable of engaging with logical problems that only need text. LLMs are not there yet with images, but we are improving with UI and access to tools like figma. LLMs are clearly unable to propose new, creative solutions for problems it has never seen before.

> LLMs are clearly unable to propose new, creative solutions for problems it has never seen before. LLMs are incredibly useful but I'm not sure about this statement. It is proposing stuff that I haven't seen before, but I don't know about it is new or creative from the entirety of collective human knowledge.

I'm not sure if you misread the statement you quoted or I'm misreading yours, but it doesn't sound like you're really disagreeing with their point. Did you miss the "un" in "unable", or am I misunderstanding you as also saying that you don't consider them to be creative?
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