In May 2017 a sculpture was displayed at the Moscow Higher School of Economics, believe it or not, in honour of the great secular-rational god Peer Review. The sculpture takes the form of a die displaying on its five visible sides the possible results of review — “Accept”, “Minor Changes”, “Major Changes”, “Revise and Resubmit” and “Reject”.
Peer review. What is it? Why does it matter? Where did it come from? How old is it?
A fairly solid academic article – Noah Moxham and Aileen Fyfe, ‘The Royal Society and the Prehistory of Peer Review, 1665-1965’, published in The Historical Journal 61 (2018), pp. 863-889 – begins with an untruth stated by the House of Commons committee on Science and Technology in 2011.
In one form or another, peer review has always been regarded as crucial to the reputation and reliability of scientific research.
Always? Fact-check: False. It’s a lie, or an error. Apparently, many people think that peer review was invented in the 17th century. Not so. Let me summarise Moxham and Fyfe’s findings:
- “Peer review” was not named, they say, until the 1970s.
- In relation to the Royal Society the first editor of the Transactions in the 17th century actually sought copy from authors.
- In 1751 someone wrote a satire exposing some of the very silly papers that had been published in the Transactions.
- In 1752 the Royal Society took responsibility, financial and editorial, for the Transactions which, until then, had been informally arranged.
- In 1774 the Royal Society refused, however, to take collective responsibility for what was published: saying the responsibility remained with the author.
- In 1831 Babbage asked for more careful consideration of papers and in 1832 written reports on papers were asked for.
- In 1896 Joseph Lister created committees to deal with submitted papers.
- In 1936 someone complained that too much “routine research” was being published. This sounds like we are approaching our modernity.
- By the 1990s peer review was seen as normal.
In other words, what we call refereeing was sometimes evident in the early days, when an editor sought someone else’s opinion, but everything was very informal until the 19th century, and, in fact, there was no firm protocol until the late 20th century.
That is, almost all the glories of science were achieved when the system was informal, or before there was even such a thing as an informal system.
Along the way there is an interesting tale about one John James Waterston, a 19th-century Scot. He was first to venture a kinetic theory of gases. But his paper was dismissed as rubbish by Sir John William Lubbock: indeed, it was archived by the Royal Society, i.e., not returned to the author. Since Waterston had made no copy for himself, he had to rewrite it from scratch. Fifty years later, Lord Rayleigh, recognising the value of the archived original, had it belatedly published. Rayleigh wrote:
The history of [Waterston’s] paper suggests that highly speculative investigations, especially by an unknown author, are best brought before the world through some other channel than a scientific society, which naturally hesitates to admit into its printed records matter of uncertain value. Perhaps one may go further and say that a young author who believes himself capable of great things would usually do well to secure favourable recognition of the scientific world by work whose scope is limited, and whose value is easily judged, before embarking upon higher flights.
To translate into modern terms: send predictable box-ticking rubbish to Nature or Science or the Transactions or the Lancet. And send original science, unless you are well-known to the editors and can overcome their prejudices using wine and biscuits, er, we are not sure where, but somewhere, and good luck.
In conspiratorial circles this state of things is sometimes blamed on, believe it or not, Robert Maxwell. Robert Maxwell, who he? Well, Jeffrey Epstein’s spiritual father-in-law. Both remarkable Great Gatsbys, and, as such, still unexplained. No one knows how R.M. died. No one knows how J.E. died. They were in Intelligence: query, whose intelligence? They were in Science, query, but what was their interest in it? They had Money: query, whose money? Private Eye made much fun of Capn Bob, but was perhaps less acute, or simply less interested, in Squire Jeff. I thought I’d look into the dark side of this story, but failed, as my library here does not have a copy of John Preston’s recent biography of Maxwell, the older biography is missing, and the only library books about Maxwell were two, yes, two, separate books of jokes about him, both published in 1992, shortly after his death. Incidentally, the jokes were variable: but perhaps the best one I read this afternoon was: “What is the difference between Robert Maxwell and the Royal Navy? One rules the waves and one waives the rules.” Oh go on, there was another one: “What is long, brown and goes fft as it hits the water? Robert Maxwell’s last cigar.” Why have no similar joke books been published about Jeffrey Epstein? There, my friends, is the difference between the 1990s and the 2020s, and also the difference, perhaps, between the UK and the USA.
Anyhow, isn’t it fascinating that, in the more conspiratorial corners of our attempt to make sense of the world, ‘peer review’ is sometimes tangled up in the spokes of Jeffrey Epstein’s fatal bicycle? Not only because Gates, Chomsky et al. were Epstein’s brothers-in-arms, but for the very odd reason that we hear that Robert Maxwell, Ghislaine’s doomed father, not only made his fortune from academic publishing but also invented ‘peer review’.
Let us look into Maxwell. I remember that when I was young Maxwell was one of those unaccountable and unarguable titans, the equal of Murdoch, but that this all exploded when he suddenly died and his empire was found to be established on embezzlement. He died in 1991 (incidentally, when I was an undergraduate at Lubbock’s and Rayleigh’s old college). Born Jan Hoch in 1923, Maxwell has a story which, in its Wikipedia version, is a bit obscure. He was Czech, served in the British army, and then, after the War, used ‘contacts’ in the Allied Occupation authorities to buy his way into publishing, becoming distributor for Springer-Verlag, publisher of scientific books, and eventually in 1951 buying three-quarters of a publishing firm which he renamed Pergamon Press – oddly, named after a city in Turkey where there used be a king with a good library. Pergamon Press was apparently the source of his fortune: he was eased out in 1969, but bought it again in 1974, and eventually sold it in 1991 for £440 million to Elsevier, which still possesses all its extant titles, all those hundreds of academic journals that Capn Bob launched across the seven academic seas. In the meantime he bought the Mirror Group in 1984, and this is what made him famous, though it was not what made him rich.
Now, there are all sorts of dubious things about Maxwell. Intelligence: on which side? MI6? KGB? Contacts: who exactly? Involved in German scientific publishing? How? Found the money to buy out Butterworth-Springer. From where? But who cares: he was obviously a hustler, the sort of person who generates money simply by moving about and scraping about. The fact is, there will be dubiety in the original story, but it is very unlikely to concern ‘peer review’. There was no money in peer review, and I doubt Maxwell, though he obviously had some genius, got as far as thinking that one through. He was interested, as I say, in quality (and money) and probably left quality to his well-wined scientist guests to think about.
Nay, the fact is that ‘peer review’ is all about self-affirming bureaucracies. Old journals were amateur and aristocratic affairs. The original Transactions of the Royal Society was paid for by individual subscribers (about 750 in the 19th century), all of whom received a copy, an extra 100 copies printed for use rather than sale. But nowadays the whole thing is a grotesque machine. Elsevier, we are told, has a higher profit margin – of course, not absolute profit – than Google or Amazon, because governments, universities and scientists themselves pay for the matter published and also the editing of that matter. It is gratis, goes in a circle, and the unpaid labour then pays for it, via a set of institutions dominated by a logic no one can quite dismiss. All Elsevier has to do is publish something and sell it back to universities whose members have laboured, unpaid, to write for it, and also edited it, reviewed it, etc. It is a grand monopoly capitalist conspiracy surviving on the corpse of collective responsibility.
And peer review costs ‘em nothing.
I don’t have much peer reviewing to do, as I am not a success in any narrow modern academic field: my interests are, cough, too broad (that’s my way of putting it: others would say too shallow). I seem to be on someone’s list for conservatism and tradition, since I published things on these once or twice, and obviously I am 20th on a list of possible names for these subjects. Most of the stuff I read is worthy rubbish, and some of it unworthy. I think only once was I enthusiastic – about a short article in which someone kicked the shins of Jeremy Waldron.
I don’t think anyone complains too much about writing for peer review, and there is certainly not enough opposition to the entire system of peer review (there should be more). What everyone dislikes is the fact that their research is dismissed by peer reviewers for rather arbitrary reasons. Even the most liberal academic complains about this: it is one subject on which almost everyone can agree. Everyone wants peer review for others and intellectual freedom for themselves.
The Guardian has a couple of good articles on peer review and academic publishing. As early as 2003 Michael Eisen argued that everyone should be freely available to everyone. And in 2017 Stephen Buranyi pointed out not only that publishers extract much free work from scientists, but, worse, that “the publishing industry exerts too much influence over what scientists choose to study, which is ultimately bad for science itself”. I’d say that this is part of the problem: the other half is centralisation, not only of publication but also of funding. Research grants are an equally major form of monopoly control. Repeat old research? Here’s a grant. Trying something original? Silence. And worse: in the humanities, trying something controversial? Rejection and perhaps even the beginning of reputational death and cancellation.
It is the Buranyi piece from 2017 that argued that “few people in the last century have done more to shape the way science is conducted today than Maxwell”. Let us see what the argument is. He explains that there was a view after the Second World War that British science was good but British scientific publishing was bad. The directors of Butterworths were ex-intelligence: the Government combined Butterworths with renowned German publisher Springer and hired Maxwell to manage it. When Butterworth decided to get out, Maxwell found £13,000 to buy it. This was in 1951. It was Maxwell’s collaborator, Paul Rosbaud, the scientific editor, who had also previously worked in Intelligence during the War, who worked out what to do.
The scientific societies that had traditionally created journals were unwieldy institutions that tended to move slowly, hampered by internal debates between members about the boundaries of their field. Rosbaud had none of these constraints. All he needed to do was to convince a prominent academic that their particular field required a new journal to showcase it properly, and install that person at the helm of it. Pergamon would then begin selling subscriptions to university libraries, which suddenly had a lot of government money to spend.
Interestingly, Maxwell actually at this stage operated a seller’s market, more or less approaching scientists to see if they had anything they had to hand that he could publish, as Oldenburg of the Royal Society had done for the Transactions in the 17th century. O tempora, O mores! I know I wish that system was still in place.
Apologies for returning to the Ghislaine-Epstein-Gates-Mandelson-Andrew story, but doesn’t the following excerpt sound as if Maxwell Senior invented the protocol that young Jeffrey was to inherit: with all that hobnobbing with the great and good, including the scientific great and good?
By then, Maxwell had taken Rosbaud’s business model and turned it into something all his own. Scientific conferences tended to be drab, low-ceilinged affairs, but when Maxwell returned to the Geneva conference that year, he rented a house in nearby Collonge-Bellerive, a picturesque town on the lakeshore, where he entertained guests at parties with booze, cigars and sailboat trips. Scientists had never seen anything like him. “He always said we don’t compete on sales, we compete on authors,” Albert Henderson, a former deputy director at Pergamon, told me. “We would attend conferences specifically looking to recruit editors for new journals.” There are tales of parties on the roof of the Athens Hilton, of gifts of Concorde flights, of scientists being put on a chartered boat tour of the Greek islands to plan their new journal.
This, apparently, is the story. Maxwell: journals, more journals, grifting and huckstering, at first 40 journals, then 150, sharpening his suits, buying a Rolls Royce, leasing Headington Hall. He should have stuck to this: he was evidently quite good at it, and could have remained respectable, especially if he had avoided lapsing into embezzlement. (There is no evidence he added young women into any of his inducements.) Not that it was admirable. It was, of course, not admirable at all. Academics did not know how to resist. “If a serious new journal appeared, scientists would simply request that their university library subscribe to that one as well.” And everyone still wonders why Thatcher et al. had to scale the cost of the universities down from the 1980s onwards…
One thing about Maxwell, though: he published what scientists independently wanted to publish. He left editorial decisons to scientists. So, on balance, I think it is unlikely he had anything to do with ‘peer review’. No one mentions ‘peer review’ in relation to Maxwell. Even Brian Cox (no, not that Brian Cox, and, no, not that Brian Cox either), who worked with him at Pergamon for 30 years, and wrote a brief account of their collaboration in 1998, republished in 2002, mentions nothing about peer review. Instead, the achievement is:
In the 40 years between its founding and its sale to Elsevier in 1991, Pergamon published over 7,000 monographs and reference works, and launched 700 journals, 418 of which were still current titles when the company was sold and 400 of which continue to this day to be sold under the Pergamon imprint within Reed Elsevier.
It is about quantity, not quality. And peer review is – supposedly – about quality. I think Maxwell probably trusted the scientists with the science. Peer review was probably just a side-effect, a sort of mechanisation, a way of editors convincing themselves that they had a distinctive ‘field’ for their new journal. If Maxwell was at fault for anything it was for imposing quantity on everyone, after which they worked hard to make the quality match the quantity, which they could only do by narrowing down and intensifying study and increasingly constructing it in terms of what we now, in the great 21st century, call ‘outputs’ and ‘impacts’.
But the story does not matter. Peer review is problematic for reasons not to do with its origin.
Here are some quotations.
The first was uttered by Eric Weinstein, about an hour and a half into a podcast with his brother Bret Weinstein, first published on February 20th 2020:
Peer review is a cancer from outer space. It came from the biomedical community. It invaded science. The old system, I have to say this because many people who are now professional scientists have an idea that peer review has always been in our literature, and it absolutely mother-fucking has not. It used to be that an editor of a journal took responsibility for the quality of the journal, which is why we had things like Nature crop up in the first place, because they had courageous, knowledgeable, forward-thinking editors. I just want to be very clear, because there is a mind virus out there that says that peer review is the sine qua non of scientific excellence yada, yada, yada, bullshit, bullshit, bullshit… and if you don’t believe me go back and learn that this is a recent invasive problem in the sciences. … When Watson and Crick did the double helix, and this is the cleanest example we have, the paper was agreed should not be sent out for review, because anyone who was competent would understand immediately what its implications were. There are reasons that great work cannot be peer reviewed. Furthermore, you have entire fields that are existing now with electronic archives that are not peer-reviewed. Peer review is not peer review. It sounds like peer review. It is peer injunction. It is the ability for your peers to keep the world from learning about your work… because peer review is what happens, real peer review is what happens, after you’ve passed the bullshit thing called ‘peer review’.
Here is another quotation. As Weinstein says, original thought and speculation and brilliance has a vexed relation to peer review. But, as I have said, there is also a problem about money. This is because, unfortunately, all the money comes from great centralised caches nowadays, and this money is thrown about on the basis of peer review. The quotation below is very good, and shows that the Guardian, in the old days, used to put out good opinion pieces. Here is Philip Ball in 2011:
The moral seems to be that really innovative ideas don’t get funded – that the system is set up to exclude them. To wring research money from government agencies, you have to write a proposal that gets assessed by anonymous experts (‘peer reviewers’). If its ambitions are too grand or its ideas too unconventional, there is a strong chance it will be trashed. So does the money go only to ‘safe’ proposals that plod down well-trodden avenues, timidly advancing the frontiers of knowledge a few nanometres? There is some truth in the accusation that grant mechanisms favour mediocrity. After all, your proposal has to specify exactly what you are going to achieve. But how can you know the results before you have done the experiments, unless you are aiming to prove the bleeding obvious?
And if that was not pithy enough, here is Eric Voegelin, one of those great émigre scholars who went to America. This is from Robert B. Heilman and Eric Voegelin: A Friendship in Letters, 1944-1984, p. 312:
If you place money in the hands of academic mediocrities, it will hardly improve scholarship or advance science, but rather increase the social power of mediocrity.
I doubt Maxwell intended that. We might blame him for it: but it was a consequence of what he and others did, not what they actually wanted from the system.
The truth of ‘peer review’ was that it was the means by which bureaucratic controls were imposed, indeed, self-imposed, on intellectual activity. That is it.
James Alexander is a Professor in the Department of Political Science at Bilkent University in Turkey.
Peer review evolved into a tool for political repression and censorship.
Some examples of bad peer review
Covid mask studies –
A – All covid mask studies ignore fluid dynamics – all fluids seek the path of least resistance – absent a good seal, almost all the air flow went through the sides of the mask
B – The most important factor in reducing covid transmission was reducing the time of interaction with other people. Not a single mask study addressed this factor.
C – almost every pro mask study showed the gap in transmission closed after 8-10 weeks. Quite a few studies artificially cut the study period short to hide the decline in any supposed benefit.
The question is why didnt peer review catch these obvious errors?
Yes, the kerfuffle over the Cochrane mask efficacy report was a telling example of how politics so easily inserts itself into peer review, and changes the eventual conclusions.
Another example of failed peer review
Mark Jacobson’s 100% renewable studies for 145 countries
He makes the claim that renewables are less expensive
He makes the claim that he ran an “every 30 second stress test”
His own supplement tables Quash those claims (tables S3 through S12)
Using his supplement tables and the actual capacity factors from EIA, show that the gross capacity is about 4x the average capacity which is necessary to cover the weak production periods which then means there considerable wasted production which grossly over states the denominator in the LCOE computation.
Using his supplement tables and the actual hourly capacity factors from EIA, shows that the stress test fails for 24-36 hours 3-4 times per year. Using the actual capacity factors and actual demand for Feb 2021 , it shows around a 60% -70% shortage of electric production for a 7-10 period.
Again same question – Why hasnt peer review catch a simple mathematical flaw.
I will add that I am not a CPA, and a layman for science. I have testified as a “non expert” but as a fact witness in court on several occasions related to discrediting expert reports on valuation.
Whether it is crappy science studies, crappy financial reports, crappy valuations, they all share similar characteristics. One of the which is the downplaying of inconvenient facts. My comments on the mask studies and the mark jacobson studies both downplay those inconvenient facts.
Similarly with the paleo reconstructions – Very poor reconciliation of conflicting facts. A study of a greenland glacier approx 200-250km from the viking settlement was supposedly at its furthest extent ( due to advancing from the coldest period) was during the MWP which was the same time as the vikings were in greenland during greenland’s warmest period. Both cant be true.
typo in my first sentence – I am a CPA, just not an official “expert” . On science matters, I am a layman, though with sufficient background knowledge on a broad range of subjects to grasp the basic details of a subject, same with engineering topics. .
Weren’t the ClimateGate cabal going to redefine what peer review was?
(I guess they failed at that endeavor as well, more’s the pity?).
Today peer review is often pal review. Science is being corrupted just like governments. Democracy is being led by predetermined chosen few.
Peer review can be political sucking up, of reassuring the Establishment one is a good little doobie.
It became very visible during Covid, but it has been an issue since I was in school, and I have reached old fart status.
Brilliant! Thanks for this,
This article in The Times today is highly relevant:
https://www.thetimes.com/article/5970530a-ac63-48f6-bee7-a4d5f22ccbab?shareToken=992588a84690dc86fcc7f1dd924785a6
That should have been:
Science journals retract 500 papers a month. This is why it matters
https://www.thetimes.com/article/5970530a-ac63-48f6-bee7-a4d5f22ccbab?shareToken=008b469f4659b9fa69b070f246c27f01
The article points out the obvious, real peer-review starts after the paper is published. The peer-review process that has become so popular since ~1990, doesn’t add anything and subtracts a lot.
Except for the Epstein nonsense.
The massive paradigm shift in the Earth Sciences that occurred in the 1960s, i.e., the development of plate tectonics, was also a big black eye for peer review. The coming together of wildly different disciplines, such as paleomagnetism, geochronology and anti-submarine warfare totally upended the prevailing world view of the history of the Earth. Vine and Matthews got the credit for being the first to publish the hypothesis for a mechanism for so-called continental drift. But Morley and Larochelle actually beat them, however their paper was rejected by Nature. Fortunately, years later they did receive some recognition.
60s certainly were a jump, if not origin but I wonder who was first noticing the ‘junction’ of South America and Africa. Also the similar stratigraphic formations maybe around Uruguay? Our new century seems to be a big jump fed by computer technology in applying ‘boilerplate’ overlaps along with exponential increase in number of authors who need to read more than their cut- and -paste. We never get too old to be questioned about our lack of homework. I recall a colleague remarking about college reviews such as in theses and dissertations being adequate. Exceptions with talents are now rare to absent but valuable. I knew one with only a middle school education.
Regardless, the problem is centralization of collections, libraries, economic support, etc. which is a structural problem. Top-down control has a long, long, long, long history of failure. Many decades ago I was playing tennis with a younger person with a new business concerned about how to handle his employees. An older person playing encouraged encouragement with careful control. Don’t know how it worked out but suspect that he became a good boss from his discussion.
Old (60s?) adage about ‘Knowing more and more about less and less until you know everything about nothing.’
Wegener proposed continental drift in the early 20th century because of features such as the shapes of continents on the opposite side of the Atlantic, along with similar stratigraphy on widely separated continents. The idea was ridiculed because geologists correctly pointed out that continents could not “sail” through the intervening rock like steamships. The breakthrough in the 60s came about when a viable mechanism for the drift was revealed, namely that oceanic crust is created at mid-oceanic ridges, with continents merely being passive passengers on a moving “plate”. Old oceans die at subduction zones, e.g., the Marianas Trench. The combination of the paleomagnetic reversal times scale plus recorded magnetic stripes on the oceanic crust sealed the deal. Add in Tuzo Wilson’s explanation for the ages of the Hawaiian Islands and Emperor Sea Mounts, and your world view radically shifted.
A really great article, thank you. I always had some frustration regarding publishers,
e.g. Chemical Abstracts. When applying for Patents, it’s important that the claims disclose a true invention that has never been mentioned anywhere else, not even orally at a conference. Then one sees Chemical Abstracts selling Articles on microfilm to universities and companies. So far so good. But then they get a copyright extension (40 years of exclusivity) for transferring the data and making it available online while forcing those who bought the microfilms to trash them. My question: what is the “inventive step” or the “author’s creativity” in making publications available online, since a lot of publications were available online at the time. By the way, I think this copyright extension was also possible for quite a lot of publishers in the meantime, and I can’t stop thinking that it is due to a power triangle between media, publishers and politicians who grant publishers a monopoly status. It’s like the “Midas touch of corruption”: and science has unfortunately been one of their latest victims.
Peer review is a recipe for mediocrity.
Peer review is but two words put together:
Sage journal retracts more than 40 papers over concerns with peer reviewhttps://retractionwatch.com/
And now it’s pal review until it gets busted.
Who peer reviewed Einstein’s work?
No one, the editor was Max Planck and he published it on his own: https://andymaypetrophysicist.com/2024/09/27/suppression-of-science-and-inconvenient-truths/
Ergo, peer review is gate keeping, imagine a man like Michael Mann as a rival to Albert….
Another nature trick.
Einstein certainly couldn’t have found a better reviewer.
I suggest that in medical and environmental fields there is very little real science research going on.
Lots of association BS,
Didn’t Eisenhower warn of the possible corruption of research with the amount of government funding?
Google ‘Eisenhower research risk’.
In his final address to nation he warned about the potential harm of the
“scientific and technical elite” influence on government policy and funding of research. IIRC this was written in reference to intense lobbing effort by Edward Teller for government funding for the development of the hydrogen bomb.
Couldn’t find a source for Teller-vs-Eisenhower, except for the Test-Ban issue.
Re the President’s address:
D. D. Eisenhower’s Farewell Address (January 17, 1961)
The warnings come in two parts (‘Equal and Opposite Dangers’):
That science / scientists may become captured by the Military-Industrial Complex, by way of federal-government monopoly on their research funding.That the federal government (‘public policy’) may be captured by would-be Technocracy / Technocrats.
Nowadays ‘regulatory capture’ is suspected in every field.
I’m 81 and vaguely recall a doc on the TV of many decades ago on the development of hydrogen bomb and seeing clips of Teller. He was an atomic physicist and was doing research on fusion.
I’ll should ask an AI Bot: What was Teller’s involvement in the development of hydrogen bomb?
Now adays, everybody is begging governments for research funds for investigations on global warming and climate change.
Jeffrey Epstein was hired for positions for which he had no qualification and promoted in his field of “finance” by Donald Barr and his son William. Donald had been in the Office of Strategic Services, progenitor to the CIA, during World War II. Bill Barr, who you may recall as Attorney General during Donald Trump’s first term, worked for the CIA as an analyst from 1971 to 1977. So those are Epstein’s ties to “intelligence”, specifically the CIA. All in all, this must qualify as the worst case of Epstein Barr syndrome on record.
nice!
too long too disorganized and digressive.
I found it interesting, mildly entertaining and informative.
It was certainly seen as ‘normal’ in the scientific field in which I worked by the late 60s, when I published my first papers. I not only published papers but also served as a peer reviewer on various publications.
So did I.
Generally, I found constructive reviews very helpful. Often, my final paper was improved on following reviewer suggestions.
One of the best reviews I received began, “The authors have done a good job with the data, but have not gone far enough.”
That reviewer then suggested a critical experiment – which I did. It took 3 months of thought and work. The results were very interesting and filled a hole in the experimental logic, of which I had been unaware. Live and learn.
And I did my best to be constructive when I was a reviewer.
And, once or twice, I reviewed and rejected real garbage.
Modern journal peer review is more a question of..
“do we want to publish this”
ie does it send the right message.
How did it come about that this professor of political science half a world away learn of WUWT and decided to submit his essay for online publication at this website?
It first appeared at ‘The Daily Sceptic’, a couple days earlier.
https://dailysceptic.org/about/
Bilkent (‘Knowledge City’) University, a private University in Ankara, Türkiye
On the same subject, may I also recommend this author (Georg Franck, of Vienna)?
http://www.science.org/doi/10.1126/science.286.5437.53
Is Science a Vanity Fair? (1999)
[ The Economics of Attention is how his book’s title is translated ]
Does the staff of WUWT scan media for articles for posting here?
Another possibility is that a WUWT reader saw it and recommended it to some staffer.
How can you possibly review Robert Maxwell’s career, and compare him to Epstein, intelligence connections, speculate about who he could have worked for, and only mention MI6 and the KGB?
Maxwell was an Israeli partisan his entire career. Public evidence points to his working for Mossad.
Even if true, so what?
Reminds me that Climategate email where, I think it was, Jones said he wasn’t going to show one of the M&Ms (I forget which one.) because he’d just try to find something wrong with it.
It seems to me that a genuine scientist, one out to better understand, would welcome a correction. (Even if not initially “happy” about it.)
Phil Jones’ refusal of data was in reply to an Australian scientist, but his name escapes me just now.
It was Warwick Hughes.
His version of the saga, from his initial request in July 2004 to the now infamous “Phil Jones E-mail” in February 2005, along with some post-Climategate commentary can be found at the following link (for now, the last post on that website was in October 2023).
http://www.warwickhughes.com/blog/?p=4203
Thanks for the correction!
I did request the raw data on the Kansas covid mask county mandate vs non mandated county mask mandate. They gave the excel spreadsheet. I then asked for a clarification which the happily gave to me.
I then noticed the beneficial gap closed after approx 11 weeks. I asked if they were going to extend the study period to cover the period when the mandated masked counties now had higher rates of transmission. I was met with complete silence. Note that they were aware the study was not valid after approx the 12 th week. Knowing the study was no longer valid and not disclosing the results no longer supported the study conclusion is one of the pillars of academic fraud.
Peer Review is a good idea that tries to solve a real problem: Most of everything is rubbish.
In science most work is mediocre because most of everything is mediocre – so how is it mediocre and how can we tell what is good?
Most science is mediocre because it tells us nothing that is very interesting. It just confirms what we already suspect. Or confirms what we actually already knew. Also, some science is just wrong or the conclusions are unjustified.
And we can tell what is good by having someone who knows the subject check the science and point out is says nothing or it doesn’t work. That is Peer Review. It should be good. There is a clear need for something to do what Peer Review is trying to do.
The failing of Peer Review is institutional. We need to understand the institution to understand why it doesn’t work. And that is quite easy to do.
Peer Review has a power imbalance between the technical experts and the source of the money. The money comes from the state who fund academia. Politicians cannot judge the science. Most Generals cannot judge the science. Even most Doctors who have reached high administrative levels cannot judge the cutting edge science.
Any institution where the power and the money are not correlated will become corrupt through love of money and desire for power.
Pal review is how it’s done. Easy for moneyed interests to insert their people as editors just like they do with legacy media. Hopefully the administration’s investigations of corrupt journals will result in changes/prosecutions.
Is this guy ever going to make a point or will he just keep rambling??
So… the risk averse solutions strike again?
And the last time creating committees to deal with a matter ended well was… uh… when?
The grant system is like a conjurors trick, to obtain a grant for your proposal, you just add in the magic words “and how it’s affected by climate change”.
Yes, I heard those exact words said by the head of the UK Rothamsted Research Station at a meeting celebrating the 150th anniversary of the station’s establishment in 1843.
So it’s been going on for over 33 years.
What climate ‘scientists’ deliberately overlook, when they champion peer-review as a validation of a paper’s worth is that peer-review differs enormously among disciplines. Yes, in some areas of medicine and pharma, peer-review might extend to examining the paper’s data, it might amount to saying, ‘this paper is good/correct’. But elsewhere, in engineering for example, the reviewer typically asks whether the argument makes sense, whether the author appears to be familiar with most recent work in the field, whether the paper says anything useful etc etc; as to the work being ‘correct/good’ thats the author’s problem, he’s the one who wants it published, time will tell; the reviewer would not expect to check the author’s calculations or data that underpin his argument. In those fields, peer review is mostly answering the question, ‘is this paper rubbish?’ not whether its any good, certainly not how good it is. To say “the paper passed peer-review therefore its good” is deliberate intellectual deceit. Its on a par with saying “the science is settled”.
Unfortunately the midwits think it is the sine qua non of scientific veracity. It is of course a cul-de-sac where intellectual originality is strangled and shot.