Quick Introduction We have all been on forums, chats, reddit, discord, youtube, or somewhere and heard “Oh! Model XYZ is AMAZEBALLZ!zomgwtfbbq” then downloaded it (or more likely, some quantized form of it) and said “eww… This sucks!” This post is going to be a rather technical series of experiments to demonstrate the impact of implementation-specific hazards with inference. I will be using the term “reference implementation” to describe the lab that published and offers first-party hosting of ...
Sounds like you haven’t tried modern AI yet. I could train an AI on your comment history and copy you, and nobody would be able to tell the difference
I’ve tried. They’re adamant against AI here. It’s not even worth the discussion. There’s an army of belligerent people here who have made up their minds that LLM are “stochastic parrots” and they’re convinced they understand exactly how they work. No one can tell them otherwise. Doesn’t even matter your credentials. They’re the experts here. If you argue, they’ll only belittle you.
Save yourself the frustration and heartache; just silently pity them.
I work in tech
Uh huh… That makes you specifically qualified on the topic? Far more than myself, certainly, with my MSc in Machine Learning.
As far as understanding the technology goes? It makes me more qualified than 99% of the AI glazers I encounter, but you may be an exception.
To say that an LLM is “less dumb” is a misnomer tho, because it implies that the LLM is “thinking” rather than “calculating”.
My issue here is the anthropomorphic language being used to intentionally mislead people who don’t have even a tertiary understanding of the underlying mechanics.
Surely you know that under the hood it’s all just algorithms. 1s and 0s run through a fluctuating probability equation.
Surely you know that under the hood we’re all just algorithms? Electrical impulses determining what we’re going to do before our own consciousness are aware of the impending decision.
You make the mistake of ascribing more importance to the “1s and 0s” of neuron activity we ourselves encompass, and imagining that a different arrangement of that exact same activity could not possibly yield a similar outcome. It’s like saying plants can’t be alive because they don’t have brains.
You’re underestimating most people
You overestimate most people. Here’s a study from 2025
https://arxiv.org/html/2211.13087
This is an interesting study. I wonder why there’s such a disparity between the number of AI ‘participants’ (10) and human participants (1,916). I wonder how adding additional AI models would impact the data.
Anyway, this is just benchmarking the AI on 6 language specific tasks. They were programmed and set up specifically to perform whatever specific one task they had to do at the time, that is what computers do. The fact that computers are 1% better at recognizing other computers than humans are is irrelevant.
AI cannot pass the Turing Test, this article is about “6 Turing like tasks” and it can’t even pass those yet, lmao. You know they’re already seeing diminishing returns in further training right?
Even in this article it says that even if AI could pass a real Turing Test it wouldn’t be a sign of intelligence or cognition.
Something I should point out just in case is that 50% success rate is the same as random chance. So when the study says:
That really means that humans could not tell the difference between AI and human, since their success rate was almost the same as random chance.
Sure, and that task was “imitate humans”, and these computers seem remarkably good at it. That’s what I’m saying. I don’t care that these AI work differently than humans. They can imitate humans so well that humans can’t tell the difference.