Sixty Symbols released a video about this yesterday, and in it professor Philip Moriarty is less than impressed with the whole ordeal. I haven't been paying attention, I'm too jaded and skeptical and assumed from the start that there was something wrong and much hype about nothing.
As Philip points out, Sabine Hossenfelder’s quick summary on LK-99 2 weeks ago punched large holes into this whole thing in less than 5 minutes. I wish media outlets presented skeptic viewpoints instead of just hype.. but that doesn’t sell.
Hossenfelder is just a cynic that critizises more or less everything that isn't her own work. She even tried to discredit LIGO a few years ago - not even using her own insight but merely by paraphrasing what a Danish group thought they had seen as error. This issue has been resolved since then and the Danes just misunderstood parts of the original paper.
Lol. These conspiracy scientist outgrowths are getting truly insane. "Lets ignore all these published, peer reviewed independent studies that confirm the discovery and listen to one random guy who's most likely not even a physicist and writes his ideas on wikipedia."
everyone in this thread should watch this, instead of "the excitement was good for everyone" they might realize these hoaxes harm scientific integrity. The audacity of HN to state something is good, without listening to scientists give their take on it.
> instead of "the excitement was good for everyone" they might realize these hoaxes harm scientific integrity.
Totally disagree. If anything, this whole episode (debacle?) reinforced the fact that science works and the process played out exactly how the scientific process should work:
1. First, the paper was originally posted on arxiv, meaning it was a pre-print and didn't go through any peer review. So the vast majority of comments I saw on it was "Wow, this would be really cool, if it turns out to be true."
2. Immediately many labs around the world started trying to replicate the results. And very quickly there were some negative results that came back.
3. The thing that I think is so cool is not only did negative results come back, but from TFA people now have a very good understanding of why the initial analysis was incorrect. That's great science.
One may argue that this was really a failure in media communication vs. the actual underlying science, but if anything it teaches appropriate skepticism, especially when a report is initially published, without peer review, without yet being replicated, that ends with the sentence "We believe that our new development will be a brand-new historical event that opens a new era for humankind."
good points. I can agree to that. However, I do think something did break down and I think your assessment below is more accurate than my initial take.
> One may argue that this was really a failure in media communication vs. the actual underlying science
the scientific process and scientists here are innocent, media not so much in my eyes.
While we’re talking about things working as they should, even when frequently the opposite is true… what a wonderful discourse this was between two people disagreeing and then coming to find common ground. Thank you for providing such a great example to all of us.
The media is often wrong about many things. Sometimes due to ignorance. Others negligence. And occasionally its malicious. If anyone figures out how to fix that without destroying freedom of the press they should get a nobel.
Yeah, I think Professor Moriarty in the video comes to a similar conclusion - he does say "in that sense is science working", and goes on to lament the problems with misinformation in the social media age. I can definitely sympathize with the frustration of scientists having to deal with so much social media bullshit, and people who so confidently believe "My ignorance is as equal as your hard work and experience."
That said, I really loved that Sixty Symbols video for a couple reasons:
1. First, Moriarty was pretty much exactly spot on in his skepticism: the reduction in resistivity is not the behavior you'd expect to see in a superconductor (turned out to be due to copper sulfide impurities), and that the floating in a magnet behavior is not that surprising and could be due to diamagnetism.
2. I wasn't previously that familiar with diamagnetism beyond a vague "I remember hearing about that", so this whole thing led me known the wikipedia rabbit hole to find out about diamagnetism which was really interesting to me.
3. Professor Moriarty explains "this is not how you do science" (bad science by over-hyped press release is at least as old as cold fusion) and gives very good advice on how you should do good science in an age of Arxiv.
But there's nothing meaningful in the video. He just keeps reiterating how he thinks you should feel about the situation.
He clearly doesn't think it's worth his time to understand anything about LK-99, its history, or its popularity. It seems like most anybody that watched the fireworks show is more informed than he is. So what's the video about?
The same way he says "this isn't how science is done", you could say also say what he's doing isn't how peer review or journalism is done. What's not being addressed is that this kind of arrogance and appeal to authority is EXACTLY what flat-earthers and the lot are rebelling against, and the solution is not to put up more walls.
There are now potentially 10s or 100s of thousands of people who have seen how the sausage gets made, what kind of pitfalls there are, how measurements can lead to false conclusions, and mistakes can be made; and they're absolutely fascinated by it and want to learn how to do things better.
"An educated citizenry is a vital requisite for our survival as a free people."
This doesn't mean that every individual needs to be an expert in every field. You only have to know so much about a given field and the processes within it to develop a degree of confidence in your perspective on who you can trust, and extend that trust to the people they trust.
Mistrust in science is borne of ignorance, but not in the way that you think.
Yeah. I would argue that he displayed some bad science of his own. He kept harping on about how the LK-99 paper didn't show resistivity going down to exactly zero, but had a residual resistivity. But that is exactly what you would have seen with a mixed phase sample with some superconductor and some normal material. It took proper scientific detective work to distinguish the possibilities, not this kind of silly snark.
I didn't interpret his criticisms that way at all, and given that his criticisms with both the resistivity graph and the not-Meissner effect turned out to be exactly correct, I'd give him a bit more credit.
As someone who remembers the original cold fusion debacle well, this felt exactly the same to me: announce a result with a ton of unnecessary hype and fanfare (I mean, the closing sentence in the paper was just absurd in my opinion) without first trying to (a) at least call up some experts in superconductivity to get their opinion, or at least (b) write a paper with less of a "new era for humanity" tone. This smelled 100% of these researchers chasing glory without a modicum of introspection. I thought the most important part of the video is where the professor said that scientists are taught that when they get weird results, their first instinct should absolutely be to question it: what could have gone wrong? how could my experimental setup have been flawed? These researchers showed none of that appropriate skepticism.
The video is published merely 1 day ago, when the consensus that "LK-99 isn't it" had already been formed, and these points have been long discussed by other scientists and random people on Internet long time ago.
There is nothing newsworthy about these points; they're even borderline hindsight.
Best as we can tell, it wasn’t a hoax. It was a poorly understood experiment (and perhaps premature arxiv preprint). It’s very similar to the “faster than speed of light” puzzle from a few years back. It doesn’t harm scientific integrity. It reveals that science is by nature an exploratory process where what we know today is subject to change in light of new data and theory.
As a PhD physics scientist with a familiarity with this area, I’m glad this got the attention it did and showed science working “as it should”.
I like Phil but around the table this morning with a few working/publishing scientists they all disagreed with his assertion that this paper has done more harm than good.
Consensus was that this would lead to more people interested in the field and what actually does work.
There’s heaps of sloppy science out there. There are massive structural issues in how science is done.
There’s obviously not enough money or prestige in condensed matter physics if Phil thinks this is a bad hoax and it’s bad for Science.
Within the space of a month this was resolved. It wasn’t even published. Go to pharma, medicine, vet, ag and you will see hoaxes that last years. Reviewers who don’t have any relevant knowledge. Journals which won’t retract until you threaten to sue them. Universities that will take no disciplinary action against hoaxers at all. LK-99 was almost debunked in a single media cycle.
The people who have taken this to reduce the credibility of science rather than these fallible humans who succumbed to their impulse for fame didn’t give science any credibility in the first place.
EDIT: shout out to our favourite website retraction watch. Anything you read there remember, that’s science working and some Scientist somewhere who likes being right has vanquished their enemy in the academy. https://retractionwatch.com/
I wouldn't call it a hoax - it was largely a very overstated result that didn't stand up to deeper scrutiny. That isn't really harmful. The primary issue I have with this, and many related things in recent years, is people outside the community of working scientists treating "X was posted on the arXiv" as "X was published". This tends to lead to people assuming that since it appears on that site and has the layout of a regular paper that it somehow has legitimacy. We saw this over and over and over during the peak of the pandemic, even seeing regular news sources writing articles where the only source material was some random recently posted arXiv paper. I don't think I ever saw corrections published in the cases when those preprints proved to be bogus. The arXiv is extremely useful, but lots of people outside the community of working scientists don't seem to understand how to weight what people post there.
As for the "audacity of HN" - this site is a very bizarre mixture of a relatively small number of working scientists, a lot of people without much scientific background who are very interested in science, and get-rich-quick startup types who are sniffing around for the next breakthrough they can turn into money. That mix leads to weird dynamics when it comes to how scientific activities get discussed.
You couldn't be more wrong. Getting people excited about possible technological advnacements is exactly the kind of thing we should be doing, we used to do this, in the 50s up until the 90s the prospect of the future was exciting.
What is the medias representation of the future now? A burning shithole, no future. It's depressing and not true. I enjoyed the few days of excitement, I want us to go back to having an optimistic outlook on the future of humanity.
We are humans, the greatest species on the planet. Even before industrialisation we lived on almost every continent ranging from scorching deserts to blizzard-filled snowlands.
Humans are the greatest adaptors to a given environment, even if the climate catastrophising ends up being true, we will survive.
How to be really optimistic?
Get away from the news, social media. Spend more time on hobbbies, family and friends. Do something for your community.
It’s still important to disambiguate the curious optimists from swindlers and fraud scientists. There’s nothing wrong with asking “what if?”.
Shaming laypeople and the media for not being scientifically literate enough to navigate quickly-releasing literature on quantum mechanics isn’t good for science either. It stifles curiosity, and this kind of take is what hinders people from taking an interest in science in the first place. What’s important is that as new information comes in, those same laypeople are willing to take in that new information, which is exactly what happened.
Science isn’t perfect and in this case, the process worked exactly as designed.
How is it a hoax? I haven't seen a serious article or video calling LK-99 a hoax, including this one. There were some faked reproductions from independent "researchers", but these weren't very trustworthy to begin with.
There was some drama between the authors, the science was sloppy and the writing inappropriate, but AFAIK, no faked data, no secrecy, they gave away their recipe in a way that allowed for reproduction attempts, and a few weeks later, we have a convincing explanation. Stupidity, not malice.
Loved the video. Also very annoyed with the general reception seen on HN like “well it was fun”. Unreal the authors had the audacity to add that last line proclaiming a new age for humankind. Even more unreal that news everywhere fell for it.
What I care about more than "fell for it" is the general lack of patience and skepticism from us, the audience and the commenters. As commenters, we are part of the media (i.e. social media). Usually, anything claiming itself a revolutionary discovery, especially in physics, has a strong undertone of crankery. For it to be included, even in a preprint, is a bit preposterous.
It's not wrong to be excited, but there is a sort of fatigue which builds up, like the boy who cried wolf.
The video really rubbed me the wrong way. I guess it's a persona he's putting on for the YouTube channel, but that "tough minded skeptic" bit is way over the top. He spent all his time criticizing various problems with the LK-99 paper that were indeed problematic (and widely commented on elsewhere), but didn't necessarily falsify the claim (e.g. they might have come from having mixed phase samples).
And he did not talk at all about the scientifically most interesting part of the affair, which was the clever investigation from multiple angles that finally unearthed the explanation. It's as though he just ran his mouth without reading the literature... which is not a very scientific thing to do, is it?
I was deeply sceptical of LK-99 and simply chose not to comment on it in public on the internet because: (1) confirmation or contradiction will come soon enough, and (2) being sceptical, however measured, usually attracts accusations of being a negative, cynical naysayer, and I don't need that in my life.
There’s a way to be skeptical without being “negative” but I definitely get it. People will sometimes latch on to things to the point that their identity is threatened by the possibility that they are wrong. I try to ignore this and just have fun speculating. Science as a spectator sport is a fun idea if we can avoid the drunken hooliganism.
I find it amusing how many people like you didn't notice the large amount of people bringing up all the points that this video made on the first day, as justification for why they doubted the hell out of this claim.
I'm well aware, and it's purposefully ignoring that the video is not bringing up anything new, nor were the authors beliefs new. It's implying that they would not have come to the same conclusions when it's just not true.
I’m implying that the off-handed prejudicial confidence from certain so-called skeptics is also “bad science” if we’re also willing to lambast the public for engaging with science without the requisite rigor.
Bad Science and Room Temperature Superconductors - Sixty Symbols: https://www.youtube.com/watch?v=zl-AgmoZ5mo