Scientists aghast at bizarre AI rat with huge genitals in peer-reviewed article | It’s unclear how such egregiously bad images made it through peer-review.::It’s unclear how such egregiously bad images made it through peer-review.
Scientists aghast at bizarre AI rat with huge genitals in peer-reviewed article | It’s unclear how such egregiously bad images made it through peer-review.::It’s unclear how such egregiously bad images made it through peer-review.
“It’s unclear how such egregiously bad images made it through peer-review.”
That’s because the paper wasn’t peer-reviewed at all. In fact, the majority of published medical and psychological papers are never reviewed or replicated.
The scientific method has sold out to the profit incentive, at least in academia.
This article was supposedly reviewed. The reviewers are listed on the article’s web page. This publisher is normally reputable, so I’d tend to believe it, even though the image was obviously not properly scrutinized. The article was also retracted after 3 days. I’m not saying there are no problems with science publications, but the things you are saying are not true for this one case. Also this is a secondary source, so there is no original data here, just an article citing a lot of primary sources to summarize the topic. So, the replication issue doesn’t even apply to this paper. Again all valid issues in general, but not so much here…
Please read the Wikipedia article about the replication crisis that I’ve linked. This is a widespread problem. Even the most prestigious cancer research institute in the world, Dana-Farber, has admitted to egregious forgery and plagiarism of their formerly published research.
“Publish or perish” indeed…
I did read that article the first time you linked it. Can you go back and read my reply again? I agreed that there is a problem with reproducibility, but that has nothing to do with a paper where no experiments were done.
So it’s OK to publish “research” that’s been generated by AI so long as there are no experiments involved? I’m sorry. I don’t understand what you’re getting at.
There has clearly been a massive decline in academic integrity lately, as evidenced by this ridiculous paper and so many others. Why should any of it be excusable?
It’s like I’m taking to a wall. I completely agree with you that this article is egregious. I’m simply pointing out that your talking points were completely invalid when it comes to this, and bringing up reproducibility and non peer reviewed articles retracts from the point that this article followed those rules and was still published. Blame the reviewers, blame the editor, blame the fame hungry scientists, but bringing up totally unrelated problems with science pubs makes you sound like an idiot, which clearly you are. Go ahead and reply again l. I will not bother reading it.
Scientific articles should never be retracted. Publishers should make that impossible. Scientists should have balls and be able to stand by their word.
no it’s important to have a mechanism by which to say “this was wrong. we fucked up. don’t use this as a source, attempt to replicate it, or use its results as a basis for new research.” intellectual honesty and rigor are more important than “balls”.
I don’t see the problem with attempting to replicate it, so long as you are informed that (as far as we now know) the experiment will not go the way it was intended. But you might learn something new, or find out that in specific circumstances, it actually does work.
Yes. But then you do not delete anything. You ADD this statement and leave the original stuff untouched, so that everybody can see afterwards what has been going on.
funny, that’s exactly what a retraction is. you don’t destroy the original stuff, you just publish a statement that says “Hey, that stuff? it’s no good.” individual journals have their own policies, of course, but that’s the template from which reputable journals build their policies. so the problem you’re trying to fix simply doesn’t exist.
They had to have balls as big as that rat’s to publish it in the first place.
Retractions are important in case issues with the method are found after publication. For example, if it turns out a piece of equipment was improperly calibrated and so the results can’t be trusted, a retraction of any work based on those results would be expected.
Review and replication are completely different things. If publications had to replicate results during review nothing would get published and submission fees would be through the roof