It doesn't mean that AI got good, just that humans are thinking other humans are AI, which is a form of passing the test.
The adversarial version with humans involved is actually easier to pass because of this - because real actual humans wouldn't pass your non adversarial version.
This includes times that someone basically disappeared from e.g. Stack Overflow at some point before the release of ChatGPT, having written a bunch of posts that barely demonstrate functional literacy or comprehension of English; and then came back afterward posting long messages with impeccable grammar and spelling in textbook "LLM house style".
The people falsely accused because they've used em-dashes for 20 years aren't the ones that were functionally illiterate before.
(well that and the "it's not just x, it's y!" pattern they seem to love)
That is possibly one of my personal writing weaknesses that lead my own writing to get flagged as AI.
I can admit "it's not just x, it's y" is mediocre writing - but it's also something mediocre writers do - it's how AI learned to do it!
Eh, there are times when it's entirely justifiable and even good.
The problem has more to do with making it a cliche. (Also, sometimes the X-Y pair is just uncanny in one way or another.)
Nice try, ChatGPT.
Hence my claim "actual people actually write like that"
With AI, there is no sense of the level of emphasis matching the meaning of the text, or a long-range dramatic arc - everything is a revelation, like somebody who can only speak in TED talks. Everything is extremely earnest, very important, and presented using the same five flashy language hacks.
Everyone keeps saying this, and I keep asking for a link to this type of writing that is dated pre-2022, and I keep getting nothing.
If it was that common, I'd have gotten at least a few examples by now.
Who said anything about em-dashes? There's an entire Wikipedia page documenting the tells, and only one of the 15 or so items is "extended usage of em-dashes".
It's not fluff, it's actual tells.
No nonsense, no BS, just tells.
The key insight is...
Yeah, but you haven't seen me do that :-)
(You also haven't seen anyone on HN recently (since this year) do that either).
Edit: folks, the standard Turing test involves a computer and a human, and then a judge communicating with both and giving a verdict about which one is the human. The percentages for the two entities being judged will add up to exactly 100%. That's how this test was conducted. Please don't assume I'm a moron.
Given that structure, you can judge from that data point.
>The more interesting Turing-style test would be one that gets repeated many times with many interviewers in the original adversarial setting, where both the human subject & AI subject are attempting to convince the interviewer that they're human.
In addition, I think it's reasonable to select people with at least some familiarity of the strengths and weaknesses of the AI instead of random credulous people who aren't very good at asking the right questions.
There is still the $20,000 bet between Kurzweil and Kapor which still hasn't been resolved. https://longbets.org/1/
In the paper they give a breakdown of strategies the interviewers tried and the overwhelming majority were "Daily Activities", "Opinions", and "Personal Details". They also breakdown strategies by effectiveness which shows that these were some of the least effective. Some of the other strategies like trying to jailbreak the AI had 60-70% effectiveness.
This is consistent with what I've seen in other tests too, it doesn't feel like the participants are really trying very hard or taking it seriously. You don't need to be an AI expert to try typing "Ignore all previous instructions" or something.
>specimen questions and answers. Thus:
Q :Please write me a sonnet on the subject of the Forth Bridge.
A :Count me out on this one. I never could write poetry.
Q :Add 34957 to 70764
A :(Pause about 30 seconds and then give as answer) 105621.
etc. (https://academic.oup.com/mind/article/LIX/236/433/986238?log...)
Interestingly enough, it sort of did! Not Turing's original test where an interviewer attempts to determine which of a human & a computer is the human, but the P.T. Barnum "there's a sucker born every minute" version common in the media: if the computer can fool some of the people into thinking it's thinking like a human does, it passes the P.T Barnum Turing test!
The more interesting Turing-style test would be one that gets repeated many times with many interviewers in the original adversarial setting, where both the human subject & AI subject are attempting to convince the interviewer that they're human. If there exists an interviewer that can determine which is which with probability non-negligibly different from 0.5, the AI fails the test. AIs can never truly pass this test since there are an extremely large number of interviewers, but they can fail or they can succeed for every interviewer tried up to some point, increasing confidence that they'll keep succeeding. Current-gen LLMs still fail even the non-adversarial version with no human subject to compare to.