- CLARIFICATION 28 MAY 2019
Hanging out with some Wikipedia critics, I was informed about a set of Medium posts by media critic T.D. Adler on GamerGate and Wikipedia . I looked up GamerGate and found this article from Boston Magazine. Game of Fear: The Story Behind GamerGate.
Adler claimed that article was “not a good source. Lots of distortions by the author,” and he referred me to his “Press Kit”
Adler’s general story is one of what amounts to be a media conspiracy to suppress the truth about GamerGate, but looking over his material, he clearly mixes up journalistic truth (which attempts to report fact as distinct from interpretation) and “story” which is interpretive, judgmental, what facts allegedly “mean.” Looking at the Wikipedia article, I see interpretation, sourced fact presented interpretively. First example that leaped out at me:
The controversies and events that would come to be known as Gamergate began in 2014 as a personal attack on Quinn, incited by a blog post by Quinn’s former boyfriend Eron Gjoni. Called the “Zoe Post”,[a] it was a lengthy, detailed account of their relationship and breakup that included copies of personal chat logs, emails, and text messages. The blog falsely implied that Quinn had slept with Nathan Grayson, a reporter for the website Kotaku, in exchange for favorable coverage of Quinn’s game Depression Quest.
What stands out is “falsely.” Where did that come from? The word “implied” is weak. What was actually in the blog? What exactly was false? Sleeping with or quid pro quo? This is allegedly a copy of that post.
Primary source, to be sure, but I don’t see the implication there. There is direct claim about “cheating” with Grayson, but nothing about Kotaku. What is clear to me is that Gjoni is naive and obsessed, has little understanding of what a woman with Quinn’s history would be like, falls in love with a fantasy, a role that Quinn can play and Quinn herself is stuck in stories from her past, etc. He does not love the real woman, but the fantasy, and while that is understandable, he is then punishing her, I’d say, by telling the story. It would be important for him to share what was going on with people knowledgeable about relationships and, say, sex and love addiction and the patterns of behavior that are common. But publishing it?
But that’s getting ahead of this story. This is about that one textual claim “falsely.” What was falsely implied and how? There is a source, p. 43 in Crime, Justice and Social Media, Michael Salter. In fact, it’s page 44 and the implication about sex for favors was largely outside the blog post, I haven’t seen it in the post itself, and it was all pretty vague. Yet that is the basis for the claim that GamerGate is about “corruption.”
This is how Adler starts his recent Breitbart article on the subject:
Five years ago Wikipedia got sucked into the controversy over GamerGate, the anti-corruption movement in gaming. The narrative found on Wikipedia, like many others about GamerGate, is a lie. Editors, including this author, worked hard to give the movement a fair treatment and got several biased opponents banned only to be cast by the media in a fake news storm as “throwaway accounts” forcing out honest editors over provoked incivility. Wikipedia’s treatment of GamerGate foreshadows the site’s treatment of many political issues during the Donald Trump presidency.
The concept of “fake news” in mainstream media is quite new, and promoted by a political faction. There has always been “yellow journalism,” pandering to what is shocking and often carelessly reported, but journalists are professionally obligated to distinguish fact from interpretation, and to attribute the latter (which makes it true even if the interpretation is, at an extreme, a lie.) Tarring the entire profession, as evidenced in attacks on mainstream mainstream media, is very dangerous and hence my concern.
There is always an issue of what publishers choose to report, which can display a form of bias, but “lying” and “fake news” is well outside that. If such bias is displayed, the remedy generally is to report the missing facts;; the cause of informing the public is not served by creating counter-interpretations also presented as fact. In a sense, this is trying to defeat biased interpretation by asserting more biased interpretation.
The first distinction is always “what actually happened’? That is, what can we know and how do we know it?
Reading the Zoe post, I get a clear picture of a very confused young man, who blames his own confusion on Zoe Quinn, who is, relying on the blog reports, herself one very confused young woman. Or was, at least. These things do not ordinarily change overnight. Promises by sex addicts (and she could easily qualify) to never “cheat” again or never lie again are rarely kept. The roots of the behavior must be addressed if there is to be any hope, and that applies to both of them. (Mostly, this would be and should be private business, except where legal boundaries are crossed.)
Gjoni, on his part, would easily qualify as sexually co-dependent. He has no idea how common his story is, it appears. It is more commonly told by women, though. Gjoin keeps trying to “understand” what is survival behavior for the addict, not “reasonable,” at all. That she flips to guilt and shame is also common. There is nothing in all this surprising except for his decision to publish as he did, and to promote the story, as he apparently did.
It appears that Adler’s ‘lie” is the interpretation that GamerGate is about sexual harassment. But that would not be a lie, it would be an issue of definition and interpretation. GamerGate, most simply, is a hashtag that was used to identify posts relating to the issues. And those could be studied, as to statistics regarding them.
But as to Wikipedia, this is the bottom line. Adler has it that the mainstream press is biased, and reflects the view of GamerGate as being about harassment. As this is the mainstream position, it can be expected that the majority of available reliable sources, if they display a bias, will be in that direction. Adler, as a Wikipedia editor, was attempting to get Wikipedia to reflect “the truth,” a classic lost cause. Wikipedia will, if it follows its own guidelines, follow and give weight to what has weight in independent reliable sources, disallowing fringe sources or using them only with consensus. But Adler has not shown any lies as to the mainstream, as far as I’ve seen. An inaccuracy is not necessarily a lie. A lie is something said or written with intention to deceive, knowing that the statements or their implications are false.
So I will, here, collect sources. What happened with the Zoe post is clear, as to the origin, not necessarily what became of it later.
Sources for further research:
Game of Fear by ZACHARY JASON· 4/28/2015, 5:45 a.m, Boston Magazine
Subpage of JCMNS
JOURNAL OF CONDENSED MATTER NUCLEAR SCIENCE
Experiments and Methods in Cold Fusion
Proceedings of the 21st International Conference
on Condensed Matter Nuclear Science, Lory
Student Center, Colorado State University in
Fort Collins, Colorado, USA, June 03–08, 2018
source page: https://www.lenr-canr.org/acrobat/BiberianJPjcondensedzb.pdf pp., MB. All pages hosted here have been compressed, see the source for full resolution if needed (or we have a copy). All files may have undiscovered errors. Please note any problems or desired creation of a discussion page in comments.
Videos of presentations are available (including some where no paper is in the proceedings). See iccf-21/videos/ . * after a listing indicates a video.
J. Condensed Matter Nucl. Sci. 29 (2019) 1–547
© 2019 ISCMNS. All rights reserved. ISSN 2227-3123
|Fabrication and Characterization of Palladium–Boron Alloys Used in LENR Experiments
M. Ashraf Imam* and David J. Nagel
|Excess Power Measurements for Palladium–Boron Cathodes
Melvin H. Miles* and M. Ashraf Imam
|Excess Heat from Palladium Deposited on Nickel
Tadahiko Mizuno and Jed Rothwell*
|Overview of Pd/D Co-deposition
Pamela A. Mosier-Boss, Lawrence P. Forsley and Frank E. Gordon*
|High-temperature Calorimetric Measurements of Heat for Ni–H2 Exothermic Reactions
Edward J. Beiting* and Dean Romein
|Steps to Identify Main Parameters for AHE Generation in Sub-micrometric Materials: Measurements by Isoperibolic and Air-flow Calorimetry
Francesco Celani*, B. Ortenzi and A. Spallone, C. Lorenzetti, E. Purchi, S. Fiorilla, S. Cupellini, M. Nakamura, P. Boccanera and L. Notargiacomo, G. Vassallo and R. Burri
|Cavitation Effects on Various Metals in D2O
Thomas N. Claytor, Roger S. Stringham*, Malcolm M. Fowler
|Temperature Dependence of Excess Power in Both Electrolysis and Gas-loading Experiments
Zhan M. Dong*, Chang L. Liang, Xing Z. Li and Shu X. Zheng
|Space Application of the GeNIE HybridTM Fusion–Fission Generator
Lawrence P. Forsley* and Pamela A. Mosier-Boss
|Anomalous Heat Effects Induced by Metal Nano-composites and Hydrogen Gas
Yasuhiro Iwamura*, Takehiko Itoh, Jirohta Kasagi*, Akira Kitamura, Akito
Takahashi* , Koh Takahashi, Reiko Seto, Takeshi Hatano, Tatsumi Hioki*, Tomoyoshi Motohiro, Masanori Nakamura, Masanobu Uchimura, Hidekazu Takahashi, Shunsuke Sumitomo, Yuichi Furuyama, Masahiro Kishida and Hideki Matsune
|Coupled Calorimetry and Resistivity Measurements, in Conjunction with an Emended and More Complete Phase Diagram of the Palladium–Isotopic Hydrogen System
|Excess Heat is Linked to Deuterium Loss in an Aqueous Nickel LANR System
Mitchell R. Swartz, Brian Ahern, Charles Haldemann and Alan Weinberg (poster)
|Aqueous and Nanostructured CF/LANR Systems – Each have Two Electrically Driven Modes
Mitchell R. Swartz*
|Light Hydrogen LENR in Copper Alloys
William H. McCarthy*
|Nanosecond Pulse Stimulation in the Ni–H2 System
Francis Tanzella*, Robert George and Robert Godes
|Anomalous Isotopic Distribution of Silver in a Palladium Cathode
|Uranium Fission Using Pd/D Co-deposition
Pamela A. Mosier-Boss*, Lawrence P. Forsley and Patrick McDaniel
|Influence of Effective Microorganisms on the Activity of 137Cs in the Soil Contaminated due to the Accident on the Chernobyl NPP
A.N. Nikitin*, G.Z. Gutzeva, G.A. Leferd, I.A. Cheshyk, S. Okumoto, M. Shintani and T. Higa
|Comparison of NANOR-type LANR Components to 238Pu as a Heat Source for Space Flight
Mitchell R. Swartz (no presentation at conf.)
|A Simple Calculation of the Inter-nucleon Up-to-down Quark Bond and its Implications for Nuclear Binding
N.L. Bowen (poster)
|Atomic Nuclei Binding Energy
|The Enthalpy of Formation of PdH as a Function of H/Pd Atom Ratio
|Reaction of the Hydrogen with Air During the Desorption of Palladium Hydride
Jacques Ruer**, David J. French and Douglas Yuill
|Development of a Sensitive Detection System for the Measurement of Trace Amounts of 4He in Deuterium, Hydrogen, and Other Gasses
Malcolm M. Fowler* and Thomas N. Claytor
|Modeling and Simulation of a Gas Discharge LENR Prototype
Bob Higgins* and Dennis G. Letts
|Building and Testing a High Temperature Seebeck Calorimeter
Dennis G. Letts* and Dennis J. Cravens
|Effective LENR in Weakly Ionized Gas Under the Action of Optimal Pulsed Magnetic Fields and Lightning (Theory and Experiments)
Vladimir Vysotskii and Mykhaylo Vysotskyy (poster)
|Using the Method of Coherent Correlated States for Production of Nuclear Interaction of Slow Particles with Crystals and Molecules
Vladimir Vysotskii*, Mykhaylo Vysotskyy and Sergio Bartalucci
|Generation and Detection of Undamped Temperature Waves at Large Distance in LENR Related Experiments
Vladimir Vysotskii*, Alla Kornilova, Timothy Krit and Sergey Gaydamaka
|Electron Quasi-particle Catalysis of Nuclear Reactions
Anthony Zuppero* and Thomas J. Dolan
|Calculation of the Boosted Spin–orbit Contribution to the Phonon–Nuclear Coupling Matrix Element for 181Ta
Peter L. Hagelstein*
|Statistical Mechanics Models for PdDx and PdHx Phase Diagrams with both O-site and T-site Occupation
Peter L. Hagelstein*
|Investigation of Electron Mediated Nuclear Reactions
Andras Kovacs*, Dawei Wang, Dawei Wang and Pavel N. Ivanov
|Resonant Surface Capture Model
Xingzhong Li*, Zhanmin Dong, Changlin Liang and Guisong Huang
|Theoretical basis for Nuclear-waste Remediation with Femto-atoms and Femto-molecules
Andrew Meulenberg* and Jean-Luc Paillet
|On Highly Relativistic Deep Electrons
Jean-Luc Paillet* and Andrew Meulenberg
|Lattice Confinement of Hydrogen in FCC Metals for Fusion Reactions
Han H. Nee*, Arsen V. Subashiev and Fracsisco M. Prados-Estéves
|A Possible Signature of Neutron Quarks – Leptons via Gluon Interaction in Solids
V.G. Plekhanov (poster)
|Transmutations Involving the Di-neutron in Condensed Matter
Cheryl D. Stevenson* and John P. Davis
|Electron Structure, Ultra-dense Hydrogen and Low Energy Nuclear Reactions
Antonino Oscar Di Tommaso and Giorgio Vassallo (no presentation at conf.)
This is delicious. Feynman probably was the single greatest influence on my life. I’d turned 17 when I first sat in his physics class. I heard his famous stories (Surely You are Joking, Mr. Feynman) from him, when he visited Page House, my dorm.
And then Penn, of Penn & Teller, really fun! What a great story! Imagine being a young magician and having that happen to you!
I suspect that Penn and I could have some healthy disagreements or even deeper agreements. He’s one person I’d love to meet.
Some posts on Gender Desk, a blog “Tracking Wikipedia … so the barbarians don’t win”
Abd files a lawsuit
APRIL 21, 2019
Nice, friendly, more knowledgeable — by far — than most, but the situation is complex.
Two commenters were probably defendants.
“Robert” could be Darryl L. Smith, the one whose impersonation socking caused the entire mess with the WikiMedia Foundation. His comment is highly deceptive, as usual, it is certainly the Smith party line. The current Amended Complaint explains some of this, but Darryl’s real issue with me is that I exposed what he had done, which is called “picking fights.” I typically create one account when I participate, and if I am banned (which does happen sometimes), I consider that site owners have the right, and don’t keep creating accounts. Exceptions have been quite rare and for very limited purpose. Darryl and his brother Oliver have created thousands of accounts, pursuing their attack plans.
And then his brother shows up, using his real name, Oliver D. Smith.
It’s a lolsuit. At least one of the defendants he lists doesn’t even exist and another is wrongly listed. I’m also listed for no reason.
There is clear evidence for “existence” of every defendant. Yet there have been so many lies and deceptions around the activities of the Smith brothers that it’s difficult to be sure about anything.
How would Smith know what he claims? This is the apparent fact: he and his brother know who complained, and there is a defendant named where evidence of participation in the conspiracy is thin, so he might be referring to that as “wrongful.” But one may name a defendant in a lawsuit, or even in a “lolsuit,” based on suspicion if there is any evidence at all, and there is.
As to not existing at all, there is a defendant called “Max,” who wrote about being a complainant to the WMF, over a year ago. Recently an anonymous user on the CFC wiki claimed to be this person and confessed his role (and then commented more as Max). Max was then threatened with harm. Does “Max” exist? Or is this yet another impersonation in the smoke screens laid down by the Smiths? Again, I don’t care. Max is on the list unless he decides to help clean up the mess he helped make. And if he doesn’t exist, I will have some difficulty serving him, right?
As to Oliver being listed for “no reason,” he is either brain-dead or lying. He was one of the complainants leading to the WMF ban. He bragged about it.
And then, on Gender Desk:
Oliver D. Smith JULY 17, 2019 AT 12:39 AM
lol. The deletion of what you call the “parapsychology resource” had nothing with attacking academic freedom but the fact they’re pseudoscience. The person who wrote that junk who doesn’t want to be named isn’t even an academic (as you know). And Wikiversity deleted it for being pseudoscience.
They had no idea what they were doing. Wikiversity hosts “educational resources,” which can study anything, excepting only certain illegal material. “Pseudoscience” was never before a deletion reason on Wikiversity, and there is, of course, a Wikipedia article on parapsychology. Parapsychology is explicitly a science, quite the same science as was involved with the founding of CSICOP, “The Committee for Scientific Investigation of Claims of the Paranormal.”
Many “scientists” — in what fields? — imagine that parapsychology involves a “belief” in some interpretation of claims.
The Wikiversity resource was rigorously neutral, it had been challenged and was confirmed by an administrator there. But there was an occasional attack on it, by those who it or part of it deleted. That was an attack on academic freedom, a fascist prohibition of the study of “forbidden topics.”
Compared to “normal disruption” on Wikipedia, this was practically trivial.
“The person” referred to was the collector of one subpage, an annotated list of sources, not the whole resource. And he may have realized that study of parapsychology (and “psychic phenomena”) is not necessary good for him. This is completely irrelevant, and that work still exists (I rescued the deleted material) and he has not asked for it to be deleted.
Wikiversity is not only for academics. It’s a public wiki, where people may study any topic they choose. That is, it was that until the Smiths attacked, having recruited some Wikipedians to kill the one place in the WMF family where there was genuine academic freedom (though Wikibooks could be close, and, in fact, Wikiversity was an offshoot of Wikibooks)..
Oliver D. Smith JULY 17, 2019 AT 12:32 AM
The defendants (all of them) he lists have said Lomax is lying and that’s not at all what happened. Obviously though he disagrees and has his own view of events. All I can say is take what Lomax says with a pinch of salt.
Again, how does Oliver know this? It’s obvious and there is plenty of evidence (quite enough to take this into discovery and trial), these people communicated and coordinated off-wiki.
“Lomax is lying” is not a statement with any specificity. Oliver has been saying this for more than a year, almost never pointing to any actual statements. It’s just a big blob of mud thrown. I have made a series of statements in the Amended Complaint (and it should get even clearer in the Second Amended Complaint, which is planned), and each of those is factually based, plus there are interpretations based on “reasonable suspicion.” To survive a motion to dismiss, the suspicion must be plausible. I affirm, in filing such a complaint, that everything in it is true “on information and belief.” What are Oliver’s statements?
He has lied over and over, and this has been covered many times and there may even be a reference to one of them here. For quite some time he claimed that all the disruption on Wikipedia, Wikiversity, and Meta was not him, it was his brother. He confirmed other aspects of the story as it was developing. And then he wrote that it had all been a lie, it was all him. And then he wrote something like maybe it was and maybe it wasn’t.
So sometimes he claims that his brother doesn’t exist, or if he does exist, he has nothing to do with the wikis. It is radically implausible, given the very obvious personality differences, but we will find out. What I care about most is that the truth emerges. And I trust the truth more than I trust myself.
(He was realizing that the heat was being turned up on his brother, who was far less well-known, and it is possible that his brother was being paid, that was one of the stories based on statements made by socks apparently Darryl. Since Oliver is on the dole in the U.K, living with parents, he would be taking the heat on himself as “judgment proof.” So that’s a motive to lie. Reality will come out, it has a way of doing that. There is a brother, it’s called “public records.” And this is no longer a wiki game, where “outing” is BAD. It is real life, where it can be necessary to name names.
Meanwhile, Oliver is being sued for defamation in the United Kingdom, and the case appears to be pretty much open and shut. He called someone who is not a pedophile a “pedophile.” He toned it down in some presentations to “pedophile defender” or “child rape apologist,” when his target was neither. And because I pointed this out, I was also called a “pedophile defender” or the like.
“No reason”? Besides being blocked as many accounts on Wikipedia, Oliver is now also formally banned (as many accounts) on RationalWiki, has many, many blocked accounts on Encyclopedia Dramatica, and many thowaway accounts on Reddit that appear to be him, from arguments, they either simply disappear or show up as [deleted], which could mean “blocked.” (I am no longer blocked on ED, that was transient). I’m not socking anywhere, though there are impersonations, one of their favorite tactics.
To my knowledge, the only defendant who has openly denied the charges in the lawsuit is Oliver. None of the others have commented publicly. So unless he is completely lying (not impossible!), he is in private communication with them. [Since this was written, JzG has made statements.]
And finally, a comment from Gender Desk herself (assuming a pronoun, if I may):
As far as I can tell, this is about Rational Wiki and the Skeptics, and started out as a content dispute over whether pseudoscience and “original research” should be included in certain areas of Wikimedia projects.
What this was originally about and what it became are not the same.
Originally, this was not about RationalWiki at all. Nor was it really about “the skeptics,” though Darryl Smith presents himself as a skeptic. It was about a very personal attack on a student of parapsychology, who had been invited by me to work on the topic on Wikiversity, because I knew he was interested (This was partly to distract him from socking on Wikipedia, where he had been blocked long before for old behaviors.) It worked, he almost entirely refrained from editing Wikipedia, but there were a few exceptions, actually harmless. What happens when you compile sources and annotate them is that you learn. This is why students do this in real universities. That page was attributed as his work. And that is how Wikiversity allows original research. It is not presented as neutral. It’s “study.”
The Parapsychology project on Wikiversity was, over the years, occasionally attacked by single-purpose accounts, later recognizable as Darryl. (Darryl was also known as Goblin Face on Wikipedia). This time, as an SPA, Darryl filed a sock puppet investigation, but nobody was paying attention (there was really very little disruption, if any, and Darryl relied on Facebook postings, etc.)
So, as he later explained as a sock, I think it was on Meta, he had to do something. So he created sock puppets to impersonate this user, daring Wikipedians to do something to stop him, he could do whatever he wanted on Wikiversity, LOL!
So they did something, and the particular page he had been working on was deleted and he was blocked for “cross-wiki disruption.” I had not been paying attention to Wikiversity, having basically abandoned it as unsafe (even though it was much safer than Wikipedia). When I found out, I filed steward checkuser requests and the impersonation socking was confirmed. And I started looking at how obvious single-purpose accounts could create such disruption, while administrators were clueless dupes.
Starting up that study, I was intensely attacked, and many socks were globally locked. And then the RatWiki article appeared. And then the coordinated attack on the Wikiversity resource on cold fusion appeared, started by an IP. This was then repeated for the entire Parapsychology resource. The arguments can be seen in the archive.
There had been no disruption at all over cold fusion on Wikiversity, since the resource was started in 2006, until this Request for Deletion arrived in 2017, full of irrelevant arguments, a complete mess. (The resource history can be seen here. No revert warring, no conflict. Actual educational discussion.)
There had been minor disruption over Parapsychology, all easily handled. Until this.
The attack was actually personal, on me and my work (I created the Parapsychology resource in response to requests from scientists, and to show how a resource on a controversial topic could be neutral, and still academically free. If interested, I suggest reading the discussions.)
“Original research” was always explicitly allowed on Wikiversity, as long as it was disclosed as such. There is a huge difference between activity in a university and activity in creating an encyclopedia. The force for deletion was entirely from non-Wikiversitans.
Michael Umbricht, who acknowledged receiving complaints by email, invented an entirely new reason for deletion, never seen before or since. From his behavior, he intervened precisely to support the revenge effort from Darryl, who had recruited Guy Chapman (JzG) and Joshua P. Schroeder (ජපස), who were long-term Wikipedia enemies of everything fringe or “pseudoscientific.”
Umbricht then extended deletion to a large number of pages in my user space, deleting them without warning — totally violating deletion policy. These pages had been used for many purposes and some were historically important. But they were easily identifiable as “Abd’s work,” which he had likely promised to delete. Deletions without notice, for legal content, was unheard of on Wikiversity.
To recover these pages required downloading very large Wikiversity XML dumps and writing a program to extract pages with a prefix from it. (I’ve been unable to find such a utility that I could use).
The actual motivation here was not really a content dispute. It was about revenge. The RatWiki article was about revenge, and there are many examples where the Smiths did that, going back long before I was involved.
They learned how to manipulate administrators, and the WMF fell for it.
Gender Desk has posted another page about the lawsuit:
Lomax v. WMF: Abd names names
JUNE 28, 2019
Thanks, Gender Desk, it all works together. One point that can be missed. I did have a “Count 4” in the Amended Complaint, asking to be unbanned. But I am abandoning that, for a number of reasons, not the least of which is that this would be of very little value to me personally, and by the TOU, very limited recovery ($1000 max) for damages. It is not worth the effort for a single person. It could be a class action, but I’m not holding my breath. It would be difficult, because of how the CDA Section 230 has been interpreted, but not impossible. Not my call. I’m going for what is easy. After all, Not a Lawyer.
The rest of the suit is about defamation and conspiracy to harass and defame, not their right to ban.
A few days ago, the internet lit up with news of a new paper on cold fusion in Nature.
Google has been funding cold fusion research for the last several years. This project, though, was not publicized. The CMNS (Condensed Matter Nuclear Science) research community in general knew little about it, though there were hints and leaks. There is a National Geographic page that tells the story.
However, I’m going to start this series by revisiting an old editorial, 29 March, 1990, by David Lindley, then an associate editor of Nature. He wrote:
This is best known for its last words:
Would a measure of unrestrained mockery, even a little unqualified vituperation, have speeded cold fusion’s demise?
This editorial was rife with the characteristics of pseudoskepticism, and even disparages real skepticism, essential to science. Real skepticism is open-minded, merely not easily convinced about “extraordinary claims.” But it does not reject those claims based on existing theory, because it is also skeptical that existing theory is universally true. (It is not so open-minded that we find brains on the floor. It will point out the obvious, but it is not a “believer” position.)
This was a year after the announcement by Fleischmann and Pons. By that time, there had been some reports and confirmations of nuclear effects, but it was all still very unsettled. However, Lindley writes as if cold fusion were preposterous, blatantly impossible.
But . . . what is “cold fusion?”
Pons and Fleischmann had actually claimed an “unknown nuclear reaction,” and their claim of “nuclear” was reasonable if they had made no major errors in their calorimetry, and they believed they had seen radiation (which was apparently artifact, error.)
Nevertheless, what they had seen, clear to them, was anomalous heat, at levels that they, as highly skilled chemists, could not explain with chemistry. That would remain a mystery and it still is a mystery, though aspects are now understood. It is not what Lindley imagined “cold fusion” would be, in many ways.
It was not until 1991 that Miles announced that he had found helium correlated with anomalous heat, which was stunning, as Huizenga noted. If this was confirmed, Huizenga wrote, it would explain one of the major mysteries of cold fusion, the nuclear product. However, Huizenga expected that this would not be confirmed, because “no gammas.”
And this shows how mind-locked Huizenga and many at the time were. Gammas are found with two-deuteron fusion, very strong gammas, if helium is the product, but two-deuteron fusion only rarely produces helium, and is a very well-understood reaction (though not entirely, and part of the new paper explores that).
If helium is the main product — it seems obvious in hindsight — the reaction is not two-deuteron fusion! What is it?
Lindley looks at some theories, but simply assumes, as Huizenga, that if this is fusion, it is fusion of two deuterons. That assumption was common, including probably with Pons and Fleischmann and others who supported “cold fusion.”
There is another reaction which may be possible that does not generate that very hot gamma. Cold fusion is taking place in condensed matter, not in a plasma, so more complex structures, including electrons, are possible. Lindley does consider Bose-Einstein Condensates, but only with two deuterons. Not with two deuterium molecules. If two molecules were to fuse, the product expected would be an isotope of beryllium, 4Be8, which will decay into two helium nuclei (2He4). No very hot gamma. While there are other problems to be solved with this theory, I won’t go into them, this may well be on the right track to the actual mechanism behind cold fusion.
But all this focus on theory lost the most important principle in science: Experiment is King, not Theory. The first question to have properly asked (and some did ask it) was not, “Is this fusion?”, but “Is there a real heat effect?” And then, what conditions cause the effect, what are associated and especially correlated effects, what data can we collect?
By focusing on fusion, and looking for “fusion products,” meaning neutrons and tritium, and then concluding, when these were not found, that the heat must be an error, scientists fooled themselves. And where they were considered experts, they also fooled others who trusted them.
Truly ironic is what Lindley remembered before making the vituperation comment:
Perhaps science has become too polite. Lord Kelvin dismissed the whole of geology because his calculations proved that the Sun could be no more than a few million years old; Ernest Rutherford is still remembered for his declaration that talk of practical atomic energy was “moonshine” — but the stature of neither man has been noticeably diminished by their errors, which were as magnificent as their achievements. Kelvin and Rutherford had a common-sense confidence in the robustness of their judgements which the critics of cold fusion conspicuously lacked.
This is odd, looking at it now, knowing the history of cold fusion, and the very early comment of Steve Koonin at the APS conference in Baltimore, May, 1989:
My conclusion, based on my experience, my knowledge of nuclear physics, and my intuition, is that the experiments are just wrong. And that we’re suffering from the incompetence and perhaps delusion of Drs. Pons and Fleischmann.
It has been known for many years that the famous replication failures, that led to conclusions like that of Koonin, were based on a failure to set up the necessary conditions for the effect to be seen. That work is part of the corpus of evidence that is accepted as demonstrating how not to see the Fleischmann-Pons Heat Effect. The negative work was not experimentally “wrong.” They correctly reported that under the conditions they set up, no significant excess heat was observed, nor any nuclear product.
Lewis et al (Nature, 1989) reached a maximum “stoichiometry” (D/Pd ratio) of 80%, and there is no report of the FPHE below roughly 90% at initiation. The current report in Nature is very similar, except that the new authors are quite aware that they did not reach adequate loading, hence their call for more research.
Even reaching adequate loading is not enough. In SRI P14, a Fleischmann-Pons type cell was loaded for months to high loading, and a current protocol (ramping current up and then down) was run, while measuring “excess heat.” The same protocol was run three times. The first two times, nothing happened except a little more noise. The third time, there was clear excess heat, unmistakeable. All other conditions were the same. (And there was a hydrogen control in series, which shows no excess heat in all three runs.)
Something must happen to the material to change it. Loading and deloading palladium with deuterium puts it under stress, it can crack, and the latest thinking is that a new phase of the metal can form at high loading plus stress: super abundant vacancy (SAV) material, which can also load to a higher ratio.
Not all palladium is the same. Nobody has yet found a way to reliably create material that works immediately, or even that works at all. Some protocols are better than others, though, some show excess heat most of the time, but highly variable in amount. The evidence is strong that that the famous unreliability is due to not-understood material conditions.
Add to this the difficulties of calorimetry and the possibility of the file-drawer effect, and we have the Scientific Fiasco of the Century (Huizenga).
What is constant, though, where it has been measured, is that helium is found commensurate with anomalous heat.
That is so strong as evidence for the reality of the reaction that a jury could be convinced in a civil case with it, and possibly even in a criminal case.
I can think of no way that the helium could be consistently correlated with heat, across different protocols and conditions, in many experiments, other than being produced by the same reaction, nor have I seen any proposed that are consistent with the experimental conditions.
Heat is not going to make helium and helium is not going to make heat, if the heat is artifact (or even if not!) and if the helium were leakage or error, it would not be clearly correlated with heat, and the ratio would not so nicely approach that very special value, 23.8 MeV/4He, which is the thermodynamically necessary ratio for any reaction that converts deuterium to helium, regardless of mechanism, as long as there is no radiation loss, and there apparently is not anything significant.
I will examine the Lindley analysis in detail on a page, Lindley 1989.
This series will continue with Cold fusion is in our geography now.
Barry Kort, as Wikiversity user Caprice, discussed cold fusion with Abd Lomax (and a few others) in 2010. Because of the deletion of the cold fusion resource on Wikiversity, even though it was restored on the CFC wiki, it’s a bit tricky to find his contributions, they might extend into 2011. (User names are in page history, but the account does not exist on CFCwiki.)
Here is a list of the Wikiversity conversations:
There were also various other conversations.
Kort also wrote blog posts relating to this and his interactions with me:
Kort created a video out of our interaction, uploaded Apr 25, 2011:
And he wrote a paper on the topic, date not known, but before October, 2014.
There was a paper written as a result of the conversations:
As noted by Dieter Britz, Barry Kort commented on a knol article
See subpage for Comments on blogs, Facebook, videos, etc.
Subpage of barry-kort/
Forgive them, Thevenin, for they know not how to reckon AC transient power.
“The worst error you can make is an unexamined assumption.” ~Jed Rothwell, Lessons from Cold Fusion
About a year after CBS 60 Minutes aired their episode on Cold Fusion back in 2009, I followed up with Rob Duncan to explore Richard Garwin’s thesis that McKubre was measuring the input electric power incorrectly.
It turns out that McKubre was reckoning only the DC power going into his cells, and assuming (for arcane technical reasons) there could not be any AC power going in, and therefore he didn’t need to measure or include any AC power term in his energy budget model.
McKubre justified his fateful assumption thusly:
Under current control, the cell voltage frequently was observed to fluctuate significantly, particularly at high current densities where the presence of large deuterium (or hydrogen) and oxygen bubbles disrupted the electrolyte continuity. By providing the cell current from a source that is sensibly immune to noise and level fluctuations, the current operates on the cell voltage (or resistance) as a scalar. Hence, as long as the voltage noise or resistance fluctuations are random, no unmeasured RMS heating can result under constant current control, provided that the average voltage is measured accurately.
Together with several other people, I helped work out a model for the omitted transient AC power term in McKubre’s experimental design. Our model showed that there was measurable and significant AC power, arising from the fluctuations in ohmic resistance as bubbles formed and sloughed off the surface of the palladium electrodes. Our model jibed with both the qualitative and quantitative evidence from McKubre’s reports:
1) McKubre (and others) noted that the excess heat only appeared after the palladium lattice was fully loaded. And that’s precisely when the Faradaic current no longer charges up the lattice, but begins producing gas bubbles on the surfaces of the electrodes.
2) The excess heat in McKubre’s cells was only apparent, significant, and sizable when the Faradaic drive current was elevated to dramatically high levels, thereby increasing the rate at which bubbles were forming and sloughing off the electrodes.
3) The effect was enhanced if the surface of the electrodes was rough rather than polished smooth, so that larger bubbles could form and cling to the rough surface before sloughing off, thereby alternately occluding and exposing somewhat larger fractions of surface area for each bubble.
The time-varying resistance arising from the bubbles forming and sloughing off the surface of the electrodes — after the cell was fully loaded, enhanced by elevated Faradaic drive currents and further enhanced by a rough electrode surface — produced measurable and significant AC noise power into the energy budget model that went as the square of the magnitude of the fluctuations in the cell resistance.
Specifically, if the ohmic resistance is fluctuating R±r, then PAC ≈ α²PDC, where α = r/R.
To a first approximation, a 17% fluctuation in resistance would nominally produce a 3% increase in power, over and above the baseline DC power term. Garwin and Lewis had found that McKubre’s cells were producing about 3% more heat than could be accounted for with his energy measurements, where McKubre was reckoning only the DC power going into his cells, and (incorrectly) assuming there was no transient AC power that needed to be measured or included in his energy budget model.
I suggest slapping an audio VU meter across McKubre’s cell to measure the AC burst noise from the fluctuating resistance. Alternatively use one of McKubre’s constant current power supplies to drive an old style desk telephone with a carbon button microphone. I predict the handset will still function: if you blow into the mouthpiece, you’ll hear it in the earpiece, thereby proving the reality of an AC audio signal riding on top of the baseline DC current.
Transient AC Power and Wavefronts of Traveling Waves
Let’s go back to McKubre’s fateful assumption. McKubre writes:
Under current control, the cell voltage frequently was observed to fluctuate significantly, particularly at high current densities where the presence of large deuterium (or hydrogen) and oxygen bubbles disrupted the electrolyte continuity. By providing the cell current from a source that is sensibly immune to noise and level fluctuations, the current operates on the cell voltage (or resistance) as a scalar. Hence, as long as the voltage noise or resistance fluctuations are random, no unmeasured RMS heating can result under constant current control, provided that the average voltage is measured accurately.
Now let’s parse that, one sentence at a time.
1) The cell voltage frequently was observed to fluctuate significantly, particularly at high current densities where the presence of large deuterium (or hydrogen) and oxygen bubbles disrupted the electrolyte continuity.
So we begin by observing that there is fluctuating resistance, and an associated fluctuation in cell voltage. So far so good.
2) By providing the cell current from a source that is sensibly immune to noise and level fluctuations, the current operates on the cell voltage (or resistance) as a scalar.
This is the key part of the unexamined assumption that needs to be carefully examined.
3) Hence, as long as the voltage noise or resistance fluctuations are random, no unmeasured RMS heating can result under constant current control, provided that the average voltage is measured accurately.
But wait! When the power supply is slewing (meaning the voltage is either rising or falling at the slew rate), the voltage pulse and the associated current pulse are in phase. In fact they amount to a transient wave front propagating from the power supply into the cell. There is real power in a transient pulse, which must be computed by the application of appropriate mathematical models for the transient AC power in the wavefront of a traveling wave. The appropriate mathematics for this can be found in the annals of telephony (among other places).
If the slew rate is fast (e.g. 1.25 A/μsec in constant current mode and 1 .0 V/μsec in constant voltage mode), then the Nyquist Sampling Rate to capture this brief interval when the voltage and current pulses are in phase has to be at an even higher frequency. Otherwise, the power in the AC transient will never be seen, never be measured, and never be reckoned in the energy budget model.
Note, also, that the transient AC power is independent of the actual slew rate. The same amount of transient AC power is injected whether the slew rate is fast or slow.
Another way to model it is to use Fourier Analysis. Assume there is a sinusoidally varying load resistance going as R + r sin ωt. Then to obtain a true constant current, the active regulated power supply has to meet the rising and falling resistance. So, for example, if the power supply is trying to maintain a constant 1 A DC current (with no AC), the power supply has to produce a matching voltage given by 1 A × (R + r sin ωt) Ω. If the power supply can do this with no signal processing delay, and if there is no signal propagation delay in the medium between the power supply and the load, then this will indeed produce a perfect constant current and there will be no AC power.
But active power supplies have a non-zero signal processing time (given by the slew rate). Moreover, there is non-zero signal propagation delay in the circuit between the power supply and the load. Let this total round-trip delay be τ. Then the voltage produced by the power supply and delivered to the load will be 1 A × (R + r sin ω(t-τ)) Ω. The phase shift is given by φ = ωτ. The worst case is when φ = ωτ = π, in which case the AC power injected by the hapless power supply is PAC = [α²/sqrt(1-α²)] PDC, where α = r/R. The general formula, as a function of phase shift, φ = ωτ, for any harmonic, ω, in the Fourier Series is
PAC(ω) = ½[1 – cos(φ)] [α²/sqrt(1-α²)] PDC = ½[1 – cos(ωτ)] [α²/sqrt(1-α²)] PDC
where α = r/R and τ is the round trip propagation delay and signal processing delay at harmonic frequency, ω, in the Fourier Series for the time-varying resistance.
So when ω ≈ π/τ, there will be significant AC power that (to a simplified approximation for r ≪ R) goes as ½α²PDC, where α = r/R. If the fluctuating resistance arises from the formation of bubbles on the electrodes, then there will be very high-frequency components from the perturbation in load as bubbles form and slough off the surface of the electrodes. Note also that if the magnitude of the fluctuation, r, is very large (e.g. 80% of R), then the injected AC power can exceed the DC power.
Finally, note that the propagation delay isn’t even an exact constant at any given frequency when the conducting medium is an electrolyte. When the charge carriers are electrons, the propagation speed is about one-tenth the speed of light in a vacuum. But in an electrolyte solution with H⁺ or D⁺ ions (as well as other species of charge carriers), the portion of the signal carried by those ions of molecular weight, n, propagate more slowly, going approximately as C/(18360×n). The effect is to render τ to be an exponential distribution with the leading edge of a pulse traveling in about 0.1 μs and the trailing tail lagging by about 500 μs, depending on the mix of species of charge carriers in the electrolyte. It’s worse in heavy water than light water because Deuterium ions have twice the atomic weight of Hydrogen ions, and so they travel at half the speed of protons.
DRAFT. if this is being read on an archive site, be sure to check the original page for updates.
Subpage of Rational-wiki
This study was attacked before it was even started. See the subpage, Reddit.
I have been struck by news of late demonstrating what I have called “medical fascism.” The core of fascism, as I am coming to see it, is a collective conviction combined with intolerance of divergent views. Benito Mussolini was the stated author of The Doctrine of Fascism, co-written with Giovanni Gentile, a fascist philosopher. From the copy published by the World Future Fund, allegedly copied directly from an official Fascist government publication of 1935, Fascism Doctrine and Institutions, by Benito Mussolini [my emphasis]
A party governing a nation “totalitarianly” is a new departure in history. There are no points of reference nor of comparison. From beneath the ruins of liberal, socialist, and democratic doctrines, Fascism extracts those elements which are still vital. It preserves what may be described as “the acquired facts” of history; it rejects all else. That is to say, it rejects the idea of a doctrine suited to all times and to all people. Granted that the XIXth century was the century of socialism, liberalism, democracy, this does not mean that the XXth century must also be the century of socialism, liberalism, democracy. Political doctrines pass; nations remain. We are free to believe that this is the century of authority, a century tending to the ” right “, a Fascist century. If the XIXth century was the century of the individual (liberalism implies individualism) we are free to believe that this is the “collective” century, and therefore the century of the State.
However, this source has from Fascism Doctrine and Institutions:
. . . this will be a century of authority. [no mention of the “right.”]
And an “official translation” published in the Political Quarterly, apparently 1933, has:
. . . this will be a century of authority, a century of the left, a century of Fascism.
Which is it, the “left” or the “right”?
My answer at this point is that fascism is opportunistically left or right, it is both and neither, it may be populist, thus it may even be “democratic” by some definitions (particularly majoritarian or strongest-faction forms of democracy), but key is that it is always authoritarian, intolerant of dissent, willing to use coercive power to enforce its vision of “truth” and “morality,” and Mussolini openly endorsed this.
Fascism may then be racist in some contexts, and anti-racist in others.
And it may be apparently skeptical in one context and pseudoskeptical, proclaiming the truth of “science” vs. “pseudoscience,” in another.
(The scientific method does not generate certainty, only, at best, probability, and there are many situations where “scientific consensus,” i.e., the apparent consensus of experts, was not formed through diligent application of scientific methods, but rather politically and socially; this “collective view” being enforced, with deviation sanctioned.
That is scientific fascism, pretending to “collective knowledge,” with all else being termed, not skepticism, but “denialism.”
The common thread in fascism is certainty, where the truth of some proposition is not to be denied, where it is not allowed under penalty of the strongest opprobrium or worse.
As well, movements and positions create their opposites that are just as convinced and certain and willing to censure and condemn opposing opinions.
I have recently seen many stories in the media about what might be called “anti-vaxx hysteria.” Those who suggest that there may be some risks or negative consequences from vaccination are being called “murderers.”
And then some anti-vaxxers are calling doctors who support vaccination the same.
Both movements are medical fascism, the “pro-vaccine” position commonly refusing to allow any possible critique of vaccination, and the anti-vaxx position claiming that all support for vaccination is coming from Big Pharma shills, with government in their pocket, uncaring about continued study of complications and individual rights.
So from the Guardian, New York county bans unvaccinated children from public spaces amid measles outbreak.
It is the latest region of the US to take drastic steps to counter the virus, with the spike in measles cases leading to concerns that anti-vaccine parents may be putting their children at risk. . . .
The state of emergency in Rockland county, which comes into effect at midnight on Tuesday, bars anyone under 18 who is not vaccinated against measles from public places for 30 days. . . .
. . . the county had traced the outbreak to seven “unvaccinated travelers” who had visited Rockland in 2018. The county has had 48 cases of measles in 2019 alone, according to a spokesman.
From 1 January to 21 March of this year 314 cases of measles were confirmed in 15 different states, according to the CDC. There were 372 cases in 2018, more than triple the number the previous year. The rise has been linked to “anti-vaxxers”, activists who claim, incorrectly but loudly, that vaccines can have negative effects.
Can vaccines have negative effects? The Guardian states as if it were fact that this is “incorrect,” yet that extreme position is preposterous.
The issue is not the existence of negative effects, but the rate. I had a friend die from polio when his daughter was given Sabin oral vaccine in about 1978 or so. By effectively claiming that anti-vaxxers are merely “loud,” and essentially liars and murderers — and I have seen that — authorities are taking a fascist approach to collective welfare, even if they are “right,” i.e., that the benefits of vaccination outweigh the harms.
That denial of any value to the “other side” is typical of fascist propaganda. I had all my children vaccinated and was vaccinated as appropriate for travel when I went to China and Ethiopia to adopt. But I chose to do that. If someone had told me that it was required or else I’d be charged with a criminal offense, I might reconsider! If it is necessary to enforce good sense with criminal penalties, maybe it is not good sense!
And in the other direction, but also from the Guardian:
When the naturopath Elias Kass testified before a Washington state senate committee on 20 February with a baby on his chest and a pacifier in his hand, he knew that his arguments would be unpopular with the anti-vaccine activists in the room. Amid a measles outbreak that has infected 66 people so far, legislators were considering a bill to eliminate personal and philosophical exemptions for childhood vaccinations, and Kass was one of several practitioners to speak in support of the measure.
It astonishes me that good people support fascism, but it happens. I’m sure that Kass is sincere, but he is encouraging removing the right of choice over health care decisions from parents, instead assigning it to the state. Yet in a mature society, he would have the right to express his opinion without the kind of harassment he encountered.
Kass faced some anger in the hallway after the hearing, he said, with one person calling him “a disgusting liar”. But it wasn’t until several hours later that “the shit hit the fan”. That’s when Kass realized that his Facebook page was being flooded with one-star reviews calling him everything from a “disgrace” and a “pedophile” to a “Nazi pharma shill” and “scumbag shilling for infanticide”.
Now, the comparison here may be unfair. A social movement like anti-vaxx has no direct control over what “supporters” do. And I have seen impersonation trolling, where someone pretends the opposite of their own position, with extreme expression, intending to discredit those of that view as fanatics. (I.e., there is no proof that those harassers were actually anti-vaxxers. But there may be anti-vaxx organizers that may have responsibility, I have not investigated this.)
Impersonation can work because people often don’t read carefully and don’t realize that anonymous comments on the web are just that: anonymous, and not to be trusted ever.
(Edits on RationalWiki and Wikipedia, appearing to be from me, aren’t — or in the case of RatWiki, the vast majority are not. I don’t vandalize, I don’t spam, and I don’t harass and make legal threats with wiki edits. I might by certified mail.)
Yet structures have been created where anonymous positions can dominate. Wikipedia is a clear example, in fact. When it works, it’s great, but it can fail spectacularly.
The enemies of humanity here are two old allies: contempt and hatred.
Both poison human freedom, and “antifascism” can be just as full of contempt and hatred as “fascism.”
The vaccine skeptics, I’ll call them, point to an alleged lack of adequate testing of vaccines, claiming that drug companies were given exemptions in the public interest, and that kind of story has been all too common in the history of science and public health.
When dietary guidelines blaming dietary fat for heart disease were adopted and promoted, it was known that the science was not adequate to establish that as medical fact, but it seemed likely and we couldn’t wait, millions could die!
We did not actually know that making those recommendations would save lives, overall, and from what I’ve seen, so far, it seems quite possible that, instead, there were millions of premature deaths. Bad Science can do a lot of harm!
(Murderers? No, not unless they knew, or clearly should have known. But where and when do we become responsible for ignorance?)
How can we both protect public health and act to avoid harm? Any time millions of people are subjected to a medical procedure, there is risk of harm, the claim of “harmless” was crazy — yet there it was, in a major newspaper, as if fact.
It’s obvious to me that we need more research, and we need ongoing monitoring of all major health programs. Who is going to pay for this? We have a system that expects drug companies to do the research, and a public that then often blames them for being greedy. But we set that up — or relied on it and allow it to continue! It is clear that we need to fund research, but we don’t necessarily have trustworthy institutions to manage this. The nonprofits have themselves been corrupted — or appear to have been corrupted — by corporate support. We need to directly support and supervise collective institutions, or at least set up and fund watchdogs.
Instead, our habit is to blame others, rather than taking responsibility, by recognizing what is missing, and supplying it.
To declare an antifascist manifesto here, the future belongs to collective freedom, that creates cooperation and non-coercive, voluntary coordination.
Under construction, list of sources:
A Re-Examination of the Cholesterol Issue in Japan
From the Introduction:
High cholesterol levels are recognized as a major cause of atherosclerosis. However, for more than half a century some have challenged this notion. But which side is correct, and why can’t we come to a definitive conclusion after all this time and with more and more scientific data available? We believe the answer is very simple: for the side defending this so-called cholesterol theory, the amount of money at stake is too much to lose the fight.
The issue of cholesterol is one of the biggest issues in medicine where the law of economy governs. Moreover, advocates of the theory take the notion to be a simple, irrefutable ‘fact’ and self-explanatory. They may well think that those who argue against the cholesterol theory—actually, the cholesterol “hypothesis’—are mere eccentrics. We, as those on the side opposing the hypothesis, understand their argument very well. Indeed, the first author of this supplementary issue (TH) had been a very strong believer and advocate of the cholesterol hypothesis up until a couple of years after the Scandinavian Simvastatin Survival Study (4S) reported the benefits of statin therapy in The Lancet in 1994. To be honest with the readers, he used to persuade people with high cholesterol levels to take statins. He even gave a talk or two to general physicians promoting the benefits of statins. Terrible, unforgivable
mistakes given what we came to know and clearly know now.
In this supplementary issue, we explore the background to the cholesterol hypothesis utilizing data obtained mainly from Japan—the country where anti-cholesterol theory campaigns can be conducted more easily than in any other countries. […]
Saturated Fat Consumption and Risk of Coronary Heart Disease and Ischemic Stroke: A Science Update
Ann Nutr Metab. 2017 Apr; 70(1): 26–33. PDF
At a workshop to update the science linking saturated fatty acid (SAFA) consumption with the risk of coronary heart disease (CHD) and ischemic stroke, invited participants presented data on the consumption and bioavailability of SAFA and their functions in the body and food technology. Epidemiological methods and outcomes were related to the association between SAFA consumption and disease events and mortality. Participants reviewed the effects of SAFA on CHD, causal risk factors, and surrogate risk markers. Higher intakes of SAFA were not associated with higher risks of CHD or stroke apparently, but studies did not take macronutrient replacement into account. Replacing SAFA by cis-polyunsaturated fatty acids was associated with significant CHD risk reduction, which was confirmed by randomized controlled trials. SAFA reduction had little direct effect on stroke risk. Cohort studies suggest that the food matrix and source of SAFA have important health effects.
After having written what is below the second headline, I found another article, same author, same day: The deadly propaganda of the statin deniers: The drugs DO protect you from heart attacks but as this devastating investigation reveals thousands are refusing them
That article continues, at the bottom, with the screed I covered below, but the screed did not reference the main article, explaining the oddities I reported below. This article, on the face, is better, actually giving more evidence, but misrepresenting many significant facts. I’ll cover that in Deadly Propaganda, a parallel page not written yet.
By BARNEY CALMAN FOR THE MAIL ON SUNDAY
PUBLISHED: 17:21 EST, 2 March 2019
Statistics are one thing. But it’s hard to argue against the dangers of stopping taking statins when they’re staring you in the face.
The dangers were not staring him in the face, and one doesn’t know if it is “hard” to argue against the dangers of stopping if one does not look at evidence, all of it, instead of an anecdote that actually tells us very little but what is already accepted by all sides. But he doesn’t look at all sides, obviously. This is typical of a yellow journalist, and so I was not surprised to see, in the Wikipedia article on the Daily Mail, this:
The Daily Mail has been widely criticised for its unreliability, as well as printing of sensationalist and inaccurate scare stories of science and medical research, and for copyright violations.
However, I know this about Wikipedia, from long experience. Unless there is a notable source not only criticizing, but asserting that criticism is “wide,” in which case, as an interpretation, this would normally be attributed in the text, “according to,” not merely in a reference note — unless, of course — this was itself widely known, being found in many neutral sources, that statement is an example of Original Research being allowed to creep into Wikepedia articles. Nevertheless, I’ve notice the Mail being a sensationalist publication before, and I looked at the sources a little. They were good enough to allow that text as a first approximation, but I did not read all of them. The sources were the The Guardian, citing Wikipedia itself, which rejected the Daily Mail as “reliable source,” The New Yorker, Forbes, and more, getting close to fact. The Guardian article is remarkable for its reasonably correct understanding of Wikipedia process, which is relatively rare. This article on cancer articles in the Daily Mail is hilarious, and, unfortunately, right on, and, also unfortunately, the Guardian may itself have gone downhill, I’ve seen a number of examples.
As to the Mail, this is a brilliant example. The headline and the lead shout “yellow journalism” to me. He starts with what he actually saw (which is great, in itself, a human story), but he has already telegraphed what he thinks it means, and the interpretation is an easy, casual one, ignoring the actual science of the field.
Last week, I met 49-year-old Colin Worthing as he recovered in his hospital bed following a heart attack in the early hours of Tuesday. He had been prescribed cholesterol-lowering tablets ten years ago but quit them – without any medical advice – having ‘heard they don’t really work’.
All sane medical advice is against quitting a prescribed medication without consultation. He did, based on his own casual, uncareful interpretation of what he had “heard.” Statins do work, certainly to lower cholesterol, but what effect do they have on heart health, what are the side effects, and what alternatives are there? Nobody, again nobody sane again, will suggest stopping any medication without at least having a conversation with a medical practictioner, and if one doesn’t believe the practitioner, then getting a second opinion. Instead, he stuck his head in the sand, without knowledge, just depending on rumor — but also on his feelings, which now he rejects. But he is still ignorant, as we will see.
Colin suffered his first heart attack in 2009, with little warning. ‘It was a shock as I’d felt well otherwise,’ he said. ‘Later I was told I had high blood pressure and high cholesterol. My mother has heart problems, so I think it runs in my family.’
First heart attacks are commonly like that. He says “little warning.” He didn’t already know that he had high blood pressure and high cholesterol? This is someone who neglects normal routine medical care. That is high-risk, at least for many.
He was prescribed statins and blood- pressure-lowering medication. ‘I took them to start with, but I felt lethargic.
There is a high probability here that he was experiencing a known statin side-effect. It’s quite dangerous, actually, if ignored. He sensed that it was due to the statin, but did not consult with his practitioner as to alternatives. There are alternative recommendations with higher effect on cardiac risk, with fewer side effects, but he shows no sign of being aware of them. So, this is known: there is an increased death rate from “non-compliers” with statin prescriptions, but that could easily be because non-compliers may have poor health in general, or at least poor health practices. The increase, by the way, is not large.
I was always hearing on the radio that statins didn’t really work, and drug companies were just trying to make money by getting us all on tablets. You do start think there’s no smoke without fire.’
Drug companies are trying to make money? Who knew? To think, I always thought they were charities, out to help people with no regard for profit. Not. This was irrelevant nonsense, not a reason to stop statins. There is a fire, in fact, but he has not recognized, not yet, the true source of danger to himself. Instead, he just got knocked upside the heat, a warning that he’s been running blind without a clue, and his immediate reaction is not to look for the cause in himself, it is in those nasty stupid critics.
If someone says, on the radio, that “statins don’t work,” they are being misleading. The truth is far more complex, and, in fact, still controversial. The real question is about real risk vs. relative risk and real options. Comparing a statin with “doing nothing” might actually save one’s life, in some cases, but this is not a sane choice, if one is actually at risk. Instead of researching the issue himself, he was passive, listening to the radio, and doing nothing positive for his health, nothing reported. He had high cholesterol and high blood pressure, and there is no sign that he continued measuring these things, that he made what might be advisable changes to his diet, that he started an exercise program, universally recommended for people with a risk of heart attack, that he had diagnostic tests, like stress tests, not even measurement of C-reactive protein, which is a better risk predictor than cholesterol, none of that.
In 2013 he decided to stop all medication. ‘I wrote to my GP saying I no longer needed my repeat prescription, and never heard any more,’ he says.
The GP left it in his hands, obviously not having educated him. Common. But the GP is not being blamed here for not responding, though this was an obvious failure. Instead, these events are being used to blame doctors and scientists and others who are skeptical about the benefits of statins, as if his case proves something.
Over the next five years he felt well, ‘although I suppose I was stressed with work, and I did put on quite a bit of weight’.
In other words, he had two clear risk factors (stress and major weight gain), more predictive of heart attack than cholesterol. He did nothing about it, because he “felt well.” And, in a way, he was well, but at risk, and ignoring the risk, because, after all, heart disease runs in his family, and he’s going to die, and he doesn’t want to think about it, doesn’t want to go to a doctor to hear bad news, which is what he expects, my guess. He is actually a good argument against the head-in-the-sand approach to self-care. Taking statins or not taking them is a choice that is wisely made with informed consent, so he had a choice: either trust his GP blindly, or ask his GP to educate him, ask his GP about what he is hearing, ask his GP about risks (not just “risk factors”), and keep in communication, or believe the conspiracy theory. He chose to believe that theory, which was actually irrelevant. Statins have effects, they “work,” but how well and for whom. It is obvious if one becomes informed: Not everyone is benefited, and it is possible some are harmed. How many? Informed consent would require that he do much more than passively take medicine or decide to quit based on rumors. It would require him to take responsibility for his choices. But in spite of a second heart attack, he still has not done that. But it’s soon after that additional warning, and it is possible that he will wake up and realize that his biggest enemy is his own ignorance and lack of attention to his health.
And then, at about 1am on Tuesday, he woke feeling clammy, with a familiar tightness in his chest. ‘I knew it was a heart attack, and called 999.’
Right. That, however, is not what I would do. Because I’ve been paying attention, even though I have never had a heart attack, I carry a small vial of nitroglycerin tablets with me, I would take a nitroglycerin, which is very fast-acting, and if the symptoms disappeared, I’d make an appointment for a consultation. If the symptoms did not disappear, and in 15 minutes, I would take another dose. If they did not disappear within 15 minutes, I would call 911 and take a third dose. I’ve been told that if the symptoms are going when the paramedics arrive, I can decline transport. Not being in communication with his doctor, he had no clue about any of this.
(But if the symptoms were severe enough, I would call 911 at the outset. Again, because I have been in cardiac rehab, I am sensitive to the mildest angina, but it has never been strong enough to take one tablet.)
Colin was rushed to hospital where he had surgery to insert a stent which will keep blood flowing through his cardiac arteries while he awaits a full heart bypass operation. His consultant at Hammersmith Hospital, London, Dr Rasha Al-Lamee, said: ‘We regularly see patients who, like Colin, have stopped taking statins because they believe the myth that they don’t do any good. In fact, he’s one of the lucky ones. He’s alive.
How did the author find this patient? It’s rather obvious. He was writing a story about statin denialism and the terrible harm it causes, over which there have been many scare stories. So he reached out for a case, and was supplied one. But was that heart attacked caused by stopping statins?
From this story, he was one who experienced a statin side effect, and had he continued without addressing the problems, he might have died from something other than a heart attack. Statin side-effects can be serious, especially if they cause reduced exercise.
‘There will be numerous reasons his heart disease progressed so far, but one of the factors will be because he stopped taking statins.’
That’s true, there will be numerous reasons. A “factor,” which must refer to a “risk factor” is here being confused with a cause. His stopping statins did not cause his heart attack. It is possible that it did not reduce a possible cause, but this cannot be known, because statins do not address the primary causes of atherosclerosis, that’s obvious. If they did, they would be much more effective than they are.
Colin added: ‘I was a fool to stop taking the medication. Who cares whether or not someone is making money from statins. If I had carried on taking them, I might not be where I am now.’
It’s possible, and it is also possible, even likely, that if he had done nothing more effective than taking statins to address his heart condition, he would also have had a heart attack.
He may not get any more warnings. He has a stent, which will, in his condition, probably extend his life, that’s crisis care, and medical science has gotten quite good at it.
He is still a fool, my opinion, he has not taken responsibility for his own choices and is, instead, focused on irrelevancies, like the conspiracy theory. I hope that he wakes up. This is not about whether he takes statins or not, it is a change in attitude.
I am still studying the research, and may be continuing that for the rest of my life. But it appears, so far, to me, that while statins have been shown in some studies to reduce risk of a cardiac event by 30% or so, that is a reduction in absolute risk of about 1%. It is difficult to apply the statistics to a case like this. From what we know, it is likely that this patient would have been in the 2% that had a heart attack, even though they were taking statins.
And if he focuses on cholesterol, and is happy that his cholesterol is reduced and uses this as an excuse to feel safe, and does not take other, more powerful measures, and they exist, he will remain at high risk.
The evidence is staring Calman in the face, but he ignores it for a sensationalist story. Because he is reaching millions with this, he may cause real damage, cost real lives, so . . . special place in hell.
And a special place of reward for those who carefully report reality, what they actually experience, and who practice the real methods of science, which include and even require full attention to criticism, to skepticism. Suppression of skepticism is fascist and may, under some conditions, be populist. It is not science-based. Scientific response to skepticism requires a serious consideration of criticism, and the design of studies to test theses and possible criticisms of prior work, until the issues are so settled that contrary opinion truly and naturally becomes the extreme fringe, safely to be ignored.
We are not there yet.
To paraphrase Donald Tusk, there is a special place in hell for the statins deniers who continue to fuel public confusion and a vague perception that the drugs, as Colin said, ‘don’t really work’.
OK, I don’t actually believe in hell. Or Donald Tusk, much, for that matter. But they need to realise that the ultimate fallout from high-risk patients, such as Colin, stopping proven treatment will be illness, disability and death. Debate should – must – be at the heart of science. Just because someone has been awarded the title professor doesn’t make them right. And some of our greatest medical discoveries have come from so-called mavericks who ignored the orthodoxies.
Who the hell is Donald Tusk and why does Calman not believe in him? So this yellow journalist uses a highly inflammatory phrase to attack “doctors” for pursuing research and reporting results, and analyzing the results of other research, but he doesn’t believe it? I do believe in hell, and strongly suspect that Calman is in it. He is willing to lie and state as fact what he does not actually know, on a matter of high importance for public health. The patient is not in Hell, not from telling his story, merely possibly mistaken about some aspects of it. Nor is the physician. Simply being wrong is not enough to create the entry into hell. Lying can be, as an aspect of the general cause, denial in the face of clear evidence.
His last sentence, though, is true. This, however, simply suggests that we should, collectively, pay attention to the outliers, the alleged fringe (even where ideas are more outside the mainstream than those of the people he will be naming). It is very dangerous to suppress diversity of opinion, and even more so to suppress research results (the data is not opinion, if not fraudulent, and fraud in the reporting of data is rare.)
The public should, my view, wake up and demand that scientific controversies with major consequences be resolved with more research, better data, which, long term, leads to the decline of fringe skepticism. The expense of this would be minor compared to the cost of accepting a mainstream consensus that is not backed by thorough and careful — and unbiased — research. If drug companies want to support this, they would provide no-questions-asked grants to agencies not depending on them, but more on public support. Governmental support can help, but also tends, in the real world, to be dominated by political and economic considerations.
For we should make no mistake: the statins deniers are no Barry Marshalls.
(Barry Marshall discovered that H. Pylori caused ulcers.)
The trio mentioned in our piece aren’t the only ones. There is Dr John Abramson at Harvard, author of the misleading ‘20 per cent side effect’ BMJ study; Joseph Mercola, a discredited anti-medicine campaigner who claims to have millions of website views a day; Dr Uffe Ravnskov in Denmark, founder of The International Network of Cholesterol Skeptics, and others.
It is a particularly insidious type of fake news they peddle, apparently from a respectable, credible source, but laced with misinformation. They seem now even to have the ear of policy-makers.
So far, he has not mentioned any others, so this was terrible writing or editing. It appears he had an earlier draft, and removed material from it, and did not properly revise the rest.
Calling them “statin deniers” telegraphs that they are deniers of reality, that they insist on some fringe idea in the face of clear evidence. The evidence is nowhere near as clear as Calman believes, if he is sincere and not simply being paid. Is that comment, mentioning that possibility, a conspiracy theory? Well, I look at the article and what is featured at the top? A drug advertisement. Now, to think that there might be some possible conflict of interest is not a “conspiracy theory,” it is simply common sense that it’s possible.
There is far more evidence for the Big Pharma influence on scientific opinion and coverage of it, than there is for the “author and Big Food conspiracy theory” of others about these so-called “denialists.” But it’s actually irrelevant to the central theory. Someone is not wrong because they publish a diet book, as Calman seems to pretend. If there are problems with statin research — and there are clearly problems with many studies I have seen — then the scientific and rational approach is to look at the problems, not toss insults at those who point them out. Who raised an issue is an ad hominem argument, fundamentally fallacious from a logical perspective, unless the credibility of the person is the issue.
So this statement: There is Dr John Abramson at Harvard, author of the misleading ‘20 per cent side effect’ BMJ study — “Misleading”?
That is given as if it were a fact. Do the readers of this article know what “BMJ” stands for, and what it is?
And then he has, about this: “apparently from a respectable, credible source, but laced with misinformation.”
Great! This yellow journalist is calling an article “laced with misinformation,” published by the BMJ, formerly called the British Medical Journal, published since 1840, a wholly-owned subsidiary of the British Medical Association, using “apparently” to call the publication in question, when it is not in any doubt at all, it is a respectable, credible source, if any source is.
That does not mean that an article may not be misleading in some way or other. Articles in peer-reviewed journals can have errors in them, or may draw misleading conclusions, sometimes, but a credible journal will not allow that. The public does not read the BMJ, in general, rather, they read media reports, if the media thinks something newsworthy, and often the media exaggerates or misleads, and especially media like the Daily Mail. So the article:
Should people at low risk of cardiovascular disease take a statin? 22 October 2013
Calman refers to this as the “‘20 per cent side effect’ BMJ study“, adopting the language of critics of the “study.” It was actually a review, an analysis. The visible abstract does not refer to “20 percent side effects.” However, obviously the article did have something about the rate of side effects, because a correction was issued on that matter:
Corrections 15 May 2014 quotes or describes the withdrawn language:
The conclusion and summary box of this Analysis article by Abramson and colleagues
(BMJ 2013;347:f6123, doi:10.1136/bmj.f6123) stated that side effects of statins occur in about 18-20% of patients.
The authors also mistakenly reported that Zhang et al found that “18% of statin treated patients had discontinued therapy (at least temporarily) because of statin related events.”
However, the issue is actually much more complicated. In order to conclude that the report was a mistake, clarification from Zhang was sought. Zhang. The true rate of “statin related events” is not accurately known. The correction has:
The primary finding of Abramson and colleague’s article—that the Cholesterol Treatment Trialists’ data failed to show that statins reduced the overall risk of mortality among people with <20% risk of cardiovascular disease over the next 10 years—was not challenged in the process of communication about this correction.
How was the article “misleading.” It overstated the evidence. What it stated was not necessarily false, as to the true rate of statin side effects, and from my review of testimonies by statin users, the official rates are probably understated, from many causes. What people need to know, and what is clear, is that there is a significant rate of undesirable side effects, and that not only should they not ignore criticisms of statins, they should be vigilant for possible side effects, and consult if they believe they find one. Either way, statins are not emergency care, they only have a small long-term effect on cardiac risk, at best. If one becomes uncomfortable taking statins, and this is crucial: consult, period. Investigate, neither stop without consultation or continue without consultation. It is not the job of patients to worry about the nocebo effect, and attempting to “educate” them about it would be to discourage the patient from carefully reviewing their own condition and identifying *possible* side effects. The choice to continue or discontinue in the presence of a possible side effect is a complex one. There is no one-size fits all advice, other than Consult, Communicate, Co0perate — and Take Personal Responsibility.
If on the one hand, you don’t trust your practitioner, it is urgent to find another. If you trust your practitioner, but think he or she might be mistaken in this case, get a second opinion, but be careful: if there is an error in “standard of practice,” it might be difficult to find a second opinion unless one does one’s own research and knows what questions to ask. A good physician will not pretend to knowledge and will tell you *if you ask* whether they personally know what is coming from their own experience and knowledge or standard of practice, and if the latter, they will tell you how they know (or will look it up to assist your research).
For many of us, without a scientific background, the core issue is personal trust. When I have found that a practitioner did not encourage me to question his recommendations, I fired him, I don’t need a petty god in my life. In that case, I checked on what he had told me, not only from my own research but also with other specialists. He was, quite simply, wrong, but apparently believing he was right or simply not willing to engage with a “stupid patient.” This is a problem: if a physician, believing the standard of practice is wrong , at least in some specific case, prescribes something else, he can be sued for malpractice and can lose his license. Because no advice, even if generally correct, guarantees a positive outcome, a bias is introduced that disallows physicians from recommending what they personally believe to be true. A way for physicians to handle that is through providing full information. I could imagine being handed a paper to sign that has, “I understand that the recommendations given me today deviate from standard of practice, as I have been informed, I recognize that I have the right to independently research this matter, or to obtain a second opinion, and I take full responsibility for my choices made with this information.”
Was this article “full of misleading information” The “20%” claim was slightly misleading as to the very high standards of that journal. But was it substantially misleading? Was there other “misleading information” in the article? Was the conclusion misleading? If so, the journal editors, on review, appear not to have thought so.
There was substantial controversy over this article. The Data Supplement is huge, with many letters and responses, reviewer comments, etc. There is a great deal of additional information and analysis in the Responses page.
What Calman has done is to take a strong position on one side of an obviously open scientific debate. But he is pretending that this is based on clear evidence, it is not. It is based on confusion and rumor and innuendo.
Invited to comment on the study which suggests thousands of patients have quit medication due to statin confusion, and of these, many will have heart attacks, Dr Kendrick claimed it was he who was the victim, as such a claim amounted to ‘reprehensible bullying.’
Again, Dr Kendrick was not mentioned before, and the study in question has not been cited. Kendrick has published the mail he received,
Something is off, because Kendrick refers to a photo that does not appear in what is visible to me of the article. I looked at the Sunday Mail main page to see if there was some photo and link “up front.” Nothing. It is possible that the article has been modified. The article itself contains evidence of additional material that is not in the text I can see.
Kendrick publishes both the mail from Calman and his responses, both before the article was published and after. He has this:
The Mail on Sunday have published a very long article attacking ‘statin deniers’ with pictures of me Zoe and Aseem at the front. I think I look quite dashing. Not as dashing as Aseem who is a very handsome swine, and also young, and intelligent – and brave. Yes, I hate him.
Nor am I as attractive as Zoe Harcombe. But hey, at least I got my picture in the national press. I wasn’t very keen on the bit where they called me self-pitying. But I was quite pleased that they included some of the stuff that I sent.
Kendrick is an entertaining writer. I had not heard of him until I was accused by a troll of being the owner of a sock puppet who had attacked him, and I investigated, and I recognized who the true attacker was, and it was not the person being bandied about by internet commenters, following suggestions from the same sock master. So I corrected those to protect the innocent, and started to read Kendrick. His series on the causes of heart disease is a clear account of the investigations of a true skeptic. And then I bought his books, at least the Kindle editions, not for “advice about statins,” but because the general issue of information cascades and mainstream error in science has long been of high interest to me.
In what I can read Kalman lied about Kendrick’s response. It’s that simple. Kalman is a troll who should not be in any responsible editorial position. He has the right to his opinion, but editorials should be labeled as such. Of course, the Mail may not care, their reputation is already trashed, and if they want sensationalism, hysterical screeds, he may be perfect for them, and they can all take their seat in Hell.
I am writing another review of an article on the cholesterol controversy that is far better, even though I consider it, in itself, misleading. At least it focuses on the issues! And it has links to sources, much of it is verifiable. If I look at the full debate in the BMJ on this issue, there is much information as well, links to sources and arguments by experts.
The issue is often presented as “Who should the public trust”? It’s not exactly the right question.
Nobody is infallible, but if we are paying attention, and if we act to inform ourselves and to test ideas, we are the world’s foremost experts on our own condition. Sanely, we consult with experts on the general field of interest, but blind trust in anyone else is dangerous, just as dangerous as blind trust in our own correctness. On the other hand, trust with eyes wide open will recognize when there are problems. Trust that also verifies and confirms, is far more powerful than blind trust.
Medical fascists, I’m starting to call them, do not want a fully informed public and they want to suppress and discredit and disable dissent, giving an old argument, that “quacks” or whatever term they use, it might as well be “socialists” or “liberals” or “fascists,” for that matter, will mislead the ignorant public. The answer to misleading information is not suppression and censorship, which the fascists would have, but verifiable information, or at least balancing argument, and all of us are responsible for our choices.
If I don’t have enough information, it is my responsibility to obtain it, if the choice matters to me.
Unless my doctors have actually lied to me or were grossly incompetent (in which case all bets are off), my doctors will not be sued for malpractice if I die because I chose to follow a recommendation that did not succeed in protecting me.
This is the obvious truth about statins and heart disease. They are not miracle drugs, silver bullets, that, if taken, strongly prevent heart disease. The reduction in risk is roughly from 3% to 2%. Another way to put this is that if I don’t take statins, I might die, and if I take statins, I might die, and if I die we don’t know, from that whether the choice was correct.
There are comparisons being made with vaccination, and “anti-vaxxers.” Vaccination, as a general practice, has made a *drastic* difference in the rates of many serious diseases, but there are also problems. I had a friend who died because his daughter was given Sabin oral vaccine. He was maybe in his thirties and had never been vaccinated, contracted polio, and died from it. This was a rare event, and as a public policy, given that the vaccines have saved millions of lives, and that is not controversial, at least not to me, a decision can be made to tolerate some level of harm to a few.
However, what was missing in that situation was a careful review of family members, and informed consent by the whole family to the child’s vaccination.
There are physicians who work with patients who decline vaccination, not to condemn them, but respecting their choice, and keeping up communication, and when risk becomes high, these physicians find that patients are willing to take the risks of side effects.
Blaming the anti-vaxxers for poor educational outreach, accusing vaccine refusers of ignorance and child neglect, is not a solution, it will only harden opposition.
Medical fascism is not a sane path to better health care.
From what little I have seen of anti-vax information, there are some concerns that appear legitimate, and it should be easy to research these, thoroughly. Is it?
To be sure, one of the concerns is that safety studies were never fully completed. Why not? Fact: the drug companies are not going to perform those studies unless they must, and they would be the wrong manager of safety studies. We need systemic changes, we, the public, must take responsibility for supporting the best science. The system we have expects drug companies to shoulder that burden, and there are reasons for that, to be sure, for medicines that are not so likely to be useful, but . . . who watches the watchers? In theory, governmental agencies do this, but they can be a revolving door with industry lobbyists, where are the lobbyists for the public interest? The only ones I have seen are ones with an axe to grind already. We need facilitation of basic science, not predetermined political positions.
Most of what I have seen of anti-anti-vax discussions, is polemic and hysteria, itself. The risk of not vaccinating is normally low, in a vaccinated society. Yes, there is a possible risk, from what has become a rare disease, which must always be balanced against other risks, to be sane.
If giving poor medical advice is to be considered murder (as it was in a recent case where the advice was actually outrageous), then hundreds of experts, and thousands (or even millions through compliance) were possibly guilty of murder in the original advice on dietary fat and cholesterol. That advice has been modified and clarified over the years, but it is still seriously defective.
If a patient depends on statins for controlling atherosclerosis, and does not implement “life style adjustments,” the statin prescription might actually be causing harm. Some of those harmed will die. “Murder by Standard of Practice.”
Standards of Practice should be subject to continual review, with controversy recognized, not deprecated as “denialism.” Where objections are incorrect, that can be examined and addressed with care, not with blind certainty that what was recommended for a long must necessarily be right.
Semmelweiss was rejected because what his research found showed that doctors were transmitting puerpural fever to women giving birth, killing thousands of mothers, and that idea was so horrifying that it was rejected as not having any known mechanism. This was before Pasteur showed that bacteria could transmit disease, invisibly. It did not help that Semmelweiss himself was probably suffering from early-onset Alzheimer’s disease, and became quite angry at being rejected, and extreme on his attacks on those rejecting his research. The lesson: just because someone is crazy (“conspiracy theorist” asserts insanity) does not show that they are wrong. Factual assertions should be checked, at least by somebody.
One of the problems in medical science is that media reports new research with lurid or exciting headlines that often do not reflect what is actually shown. So a paper that finds “there is no evidence for the benefit of statins for a certain population group,” becomes, “Study claims statins are useless.” Media want punchy headlines and “news you can use,” so they take information and massage it into what they think people want to read.
And we, the public, tolerate that and that makes us responsible for it. We could create reliable media, this is a horn I have been blowing for years. We don’t. Why not? Too much work, too much bother, and I think I’ll check Facebook or Apple News for something exciting, or watch the football game, or whatever floats my boat for a while, even if the stream is heading for a huge waterfall.
The patient example here was absolutely brilliant. The real problem of that patient was obvious. He was high risk, he had already had a heart attack! That is an extremely high risk patient, who made have needed a stent many years earlier. I’m not eager to have a stent put in, but if I have an actual heart attack, I’ll could easily be on my back in an operating room with a catheter in my heart and a cardiologist will look at the images and decide, on the spot, whether or not to insert one of those little beasties, and I am not so likely to second-guess him.
This poor fellow actually had a heart attack at 39, and obviously failed to take the warning seriously. He was very, very high risk, and became more so. He did nothing at all, at least nothing that is reported. He was extremely high risk! Statins are only a part of this picture, and his doctor recognized that. But since the story was about statin denialism, that fact is deprecated, given no real coverage. Instead the focus is on alleged sources of statin denialism, vague. There is no sign that this fellow read any of the “denialist” research. No, he listened to the radio, to discussion programs, and took away only a conspiracy theory, that he believed.
He suffered from denial, avoidance of reality, of what was really going on with his body, and he wanted to hear that this drug that he didn’t feel good taking was useless, but he did not then look for what would be more useful, and there is really no controversy that there are more useful interventions (and better measures of risk than cholesterol). It also looks to me like his original cardiac care was shoddy and incomplete. Did he have a cardiac cat scan or a stress test or other tests? Was he advised to maintain contact with his cardiologist? Did he have a cardiologist?
It was easy for his physician to write a statin prescription, but this is what the “statin skeptics” have been pointing out: Statins, if they are effective at all, are not powerfully effective to prevent heart disease (i.e, they are very unlike proven vaccinations). If they belong in a cardiac care regimen, it would not be as the foundation, as the core, the must-have. What belongs there is probably exercise (including, initially, monitored exercise. Here in the U.S., now and probably then, cardiac rehab would have been prescribed. It is fairly expensive, but also effective, if the patient realizes that they need to exercise, or their risk of death at any time becomes high, and then the patient continues to follow a program. A long-term program is not at all expensive, it can be free. So much walking, for example, so many times a week.
And then there is diet, and we need much more research on diet. It’s shocking how little is actually known; rather the field of nutritional science is full of “facts” that aren’t. They are ideas that became popular, with some scientific foundation, generally, but not enough to develop clear conclusions.
So exercise and diet. The actual causes and mechanisms of the development of atherosclerosis are not well understood. When we no more, it may become possible to design drugs with much more powerful effect than statins. If it is true that cholesterol is not the cause of heart disease (and there are substantial claims of that), but is only, at best, an associated symptom of something else, then lowering cholesterol will not have much effect, if any, on disease progression. Statins also have other effects which may give some level of protection. The black and white arguments that yellow journalists love are “Statins are miracle drugs that save lives, except for people stupid enough to follow diet-book authors,” and “Statins are useless, and dangerous, and nobody should take them, and those that do are stupid blind followers or orthodoxy.”
It is not that reality is “somewhere in between,” and I would never suggest that “equal time” should be given to “two sides,” but rather that reality is not a position or point of view, and that it is never expressed fully in some simple-minded statement that attempts to shut off inquiry.
The fundamental problem, as seen long, long ago, is ignorance and attachment, combined. When we become more interested in reality, and trusting reality, rather than in promoting our own individual points of view, we will make progress, and the world will transform.
A group of scientists has been challenging everything we know about cholesterol, saying we should eat fat and stop taking statins. This is not just bad science – it will cost lives, say experts
Bosely leads with a snarky headline, and a tight set of assumptions presented as if fact. She chooses to call criticism of the cholesterol hypothesis “deniers” rather than “skeptics.” One by one:
In stating that, these experts are extrapolating from a presumed or studied risk factor, to outcomes, but human nutrition is complex, and so is our resp0nse to statins, and, further, even if some course of action might “cost lives,” — which may not be precisely defined, and which must mean increased risk — it might still be what people choose.
As an actual example, choosing not to take a statin might statistically increase risk of a heart attack by 1%, and so, one might imagine that in a treatment population, refusing the drug will increase death rates by 1%. but unless this is actually tried, in a real context, it may not be true and the real choice might even be life-saving. This depends on the alternative, which studies rarely cover.
Suppose that a population is given one of two sets of advice. first group, take a statin for ten years (and compliance is monitored). Second group, do an exercise program (which would also be monitored for ten years.) From what I have read, the exercise group could be expected to have a lower death rate, because exercise is far more effective at promoting heart health than statins. Further, someone taking statins may think that they are protected, when the reduction in death rate is only 1% (from 3% with placebo), and so may not take other measures (such as diet and exercise).
In my own history, what has shocked me is that I was prescribed statins, and, originally, years ago, there was no mention of an exercise program, i.e., disciplined, specific exercise. Yet it is common knowledge that an exercise program is a powerful response to cardiac risk (much more so than statins). To his credit, my cardiologist, more recently, recommending statins and an angiogram, also said “and I want to put you in cardiac rehab.” I did the rehab, set up a continuing program, and have put off the statins and the angiogram, pending better understanding. He actually understood and did not argue with me, and we continue communication over the issues.
Butter is back. Saturated fat is good for you. Cholesterol is not the cause of heart disease. Claims along these lines keep finding their way into newspapers and mainstream websites – even though they contradict decades of medical advice. There is a battle going on for our hearts and minds.
Boseley, I could claim, is a reality denialist. Let’s look at this.
According to a small group of dissident scientists, whose work usually first appears in minor medical journals, by far the greatest threat to our hearts and vascular systems comes from sugar, while saturated fat has been wrongly demonised.
Instead of informing us as to fact, like a good journalist, and letting us make our conclusions, she presents a pile of interpretations. It is not a specific group of scientists, and she does not name them, or provide sources for what they actually say. But it is a “small” group, and they are “dissidents,” and their work “usually” first appears in “minor medical journals.” She puts in “usually,” I assume because it is not always so, and most medical work appears first in minor journals. The point is to discredit, with an ad hominem argument, what they say, but what she first gives us is not particularly controversial. That is all well-established, if we review the literature instead of depending on a subset of experts.
There are many signs in the article that Boseley has an axe to grind. For example:
. . . Mainstream scientists usually keep their disquiet to themselves. But last week, some broke cover over what they see as one medical journal’s support for advocates of a high-fat diet. More than 170 academics signed a letter accusing the British Journal of Sports Medicine of bias, triggered by an opinion piece that it ran in April 2017 calling for changes to the public messaging on saturated fat and heart disease. Saturated fat “does not clog the arteries”, said the piece, which was not prompted by original research. “Coronary artery disease is a chronic inflammatory disease and it can be reduced effectively by walking 22 minutes a day and eating real food,” wrote the cardiologist Aseem Malhotra and colleagues. The BHF criticised the claims as “misleading and wrong”.
There are only 169 signatures to that letter, and 55 did not give an academic affiliation. The error is a piece of evidence that Bosely was looking for whatever she could say to strengthen the anti-denialist impression, and weaken the skeptical claims.
Saturated fat does not “clog the arteries.” Nobody with specific knowledge believes that. The argument has become that cholesterol somehow causes faster or more extensive buildup of plaque on the walls of arteries. This happens in the larger arteries, not in small ones, but the image has been promoted of fat building up in arteries. Fat never enters the blood. “Chronic inflammatory disease” is basic science, and, in fact, everyone agrees that exercise is the best treatment, and then there is controversy over what is the best food. So what was “wrong”?
The history of the cholesterol hypothesis is replete with confident recommendations by organizations like the British Heart Foundation that later turn out to be far from the mark. The history of diabetes involved political decisions that favored the use of insulin over reducing carbohydrates, insulin was sold on the basis that, with it, you could eat whatever you liked. No need to “deprive yourself.” No problem with sugar and refined carbs. And high-fat diets, eaten for millenia by some cultures, were demonized even for diabetics, on the basis that they had not been adequately tested. But the recommendations being made had also not been adequately tested? What was the difference?
And then we get into conspiracy theory territory. My own view is that no formal conspiracy is necessary, just a lot of actions that create social pressures to conform, to “go along to get along.”
In any case, the sports medicine journal article:
Coronary artery disease pathogenesis and treatment urgently requires a paradigm shift. Despite popular belief among doctors and the public, the conceptual model of dietary saturated fat clogging a pipe is just plain wrong. A landmark systematic review and meta-analysis of observational studies showed no association between saturated fat consumption and (1) all-cause mortality, (2) coronary heart disease (CHD), (3) CHD mortality, (4) ischaemic stroke or (5) type 2 diabetes in healthy adults.1 (2015) Similarly in the secondary prevention of CHD there is no benefit from reduced fat, including saturated fat, on myocardial infarction, cardiovascular or all-cause mortality.2 (2014) It is instructive to note that in an angiographic study of postmenopausal women with CHD, greater intake of saturated fat was associated with less progression of atherosclerosis whereas carbohydrate and polyunsaturated fat intake were associated with greater progression.3 (2004)
I have linked to the sources cited and added the year of publication.
This is an editorial, hence it makes an overall judgment. As something challenging “popular belief,” it can be expected to arouse hostile response, it is rare that popular belief disappears from some single challenge! I find this article stunning. What was the response?
[response to] Open letter from academics, practitioners, students and members of the public to the British Medical Association, the British Medical Journal publishing group, and the British Association of Sports and Exercise Medicine regarding editorial governance of the British Journal of Sports Medicine October 2018
The open letter. (read on 3/2/2019, archived)
My quick summary: the issues remain legitimately controversial.
Subpage of science-and-medicine
Christopher Labos on February 15, 2019
He starts out with a conclusion. He does acknowledge that there was controversy, but claims it is time to consider it closed. I see a problem in that introduction. First of all, do we know the etiology, the cause and course of arteriosclerosis? Is cholesterol a cause or an associated “risk factor”? What do we know and how do we know it? What is possible, what is probable, and how do we assess these? These are questions I have in mind as I go over the article. If some measure is only a risk factor, associated but not causative, altering the measure will not necessarily reduce the actual risk.
The photo caption:
Two bags of fresh frozen plasma. The bag on the left was obtained from a patient with hypercholesterolemia, and is cloudy with undissolved cholesterol particles.
Source. No information on cholesterol levels. Okay, but the significance? So blood with lots of cholesterol looks different than blood with little. So?
A recent article in The Guardian raised an interesting question. Is cholesterol denialism a valid form of skepticism or pseudoscience? Is there valid debate surrounding the benefit of cholesterol medication or is the evidence and the scientific consensus clearly on one side of the issue?
It is true that we argue about cholesterol far more than the other cardiovascular risk factors. It is hard today to find anyone who doubts the harmful effects of smoking, diabetes, hypertension or the lack of exercise. So why is there a cholesterol controversy but unanimity on other risk factors?
Okay, the Guardian article, our subpage.
I found value there, but only by searching for papers she referred to and related documents. The article itself was next to useless except as a great example of assuming the status quo is better than whatever is proposed to replace it. If lots of people criticize something, and if danger is asserted without evidence other than established belief, well, dangerous ideas should not be allowed to be published. I find it so ironic that advocates of evidence-based medicine, allegedly scientists, will declare criticism of what they believe “denialism,” when skepticism and criticism is essential to science even if later shown to be wrong. And who decides when later is? There a many who appear to believe that they represent the “consensus,” but they do not actually measure consensus. Signatures for the open letter were solicited on a blog, and there were
Bosely claimed “More than 170 academics signed a letter.” This shows what? The actual solicitation and signatures were not limited to academics, nor by field of study. There are currently 169 signatures, but if we include the original authors, it becomes 173. Looking at affiliations and counting those that do not show an academic affiliation, there are roughly 55, leaving 128. This was meaningless, in fact, given the population involved. Yes, it would show that 169 people agreed with the letter, but out of how many? Science is not a vote and votes are meaningless, unless conditions are set for it to truly represent a community. This was on the order of a petition requesting investigation of charges of bias.
The essence here is a conspiracy theory, that journals are publishing articles favoring low-carb diets and the like as a conspiracy to promote some crank ideas. Perhaps book authors are pimping fads to make money selling books. Boseley, however is also a book author, with her own advice. Perhaps she has a conflict of interest? Were it not for her implication that others are promoting dangerous ideas to sell books, I wouldn’t comment on it. But she is implying that, which is a huge insult to any academic, as many of the cholesterol skeptics are.
I have concluded that Boseley had an axe to grind, there are way too many signals of high bias.
Why is there a cholesterol controversy? It is very obvious why. What is controversial? He does not begin with a definition. Cholesterol is found inside arterial plaque. That is not controversial. What is controversial is whether or not cholesterol causes the plaque, and, further, how blood levels influence this process or exacerbate it, and, further back, whether or not dietary cholesterol leads to harmful blood cholesterol, or saturated fats, or all fats, depending on what point in history we go back to.
Very many of the original cholesterol hypotheses (i.e, there are more than one) have been disconfirmed by more careful study, but the attack on skepticism has remained constant, never recognizing that, at least in some ways, the skeptics were correct. For decades, Dr. Atkins “nutritional approach,” he called it (not “diet” it is actually not restrictive, but prescriptive, eat what he suggests and you may not crave the things he suggests be avoided), it was called a “fad diet,” though it was actually quite old and whether it worked or not did not depend on its age, he was called a quack, etc., etc….. But when I told the nurse at my doctor’s office that I was starting out on Atkins, she had one comment, “Oh, that works!” And then that the Atkins diet works is ascribed to many asserted causes that are not necessarily real for the diet as it is, and misinformation about Atkins abounds. It is not a high-protein diet. Atkins was correct, and eventually funded research to test his program against other common ones. Surprise! In spite of being high-fat, Atkins eaters improved cardiac risk factors. And then, of course, he was accused of influencing the outcome of the study, but studies funded by companies with billions of dollars at stake are just good science? He had chosen a skeptical professor to fund. Smart guy, rest his soul.
Labos goes into the history of other controversies, that we allegedly forget. He covers disagreement over the harm of tobacco, blood pressure, the discovery of cholesterol, and then has
One of the earliest researchers in cholesterol was Nikolay Anichkov who in 1913 reported that rabbits fed pure cholesterol dissolved in sunflower oil developed atherosclerotic lesions, whereas the control rabbits fed just sunflower oil did not. At the time, this research had little impact and its importance was only recognized in retrospect. As Daniel Steinberg states:
If the full significance of his findings had been appreciated at the time, we might have saved more than 30 years in the long struggle to settle the cholesterol controversy and [Anichkov] might have won a Nobel Prize. Instead, his findings were largely rejected or at least not followed up. Serious research on the role of cholesterol in human atherosclerosis did not really get under way until the 1940s.
And just what is the significance? Dietary cholesterol does not cause atherosclerosis. If his findings were “rejected,” that is tragic. Research findings should be respected, and problems only arise in interpretation.
Cholesterol is found in atherosclerotic deposits. That is not controversy, but is this cause or is it effect? And how does the development and progression of such deposits relate to diet and to blood cholesterol level?.
Laboratories that tried to reproduce Anichkov’s results using dogs or rats failed to show that a cholesterol rich diet caused atherosclerosis. This likely occurred because dogs and other carnivores handle cholesterol differently from rabbits and other herbivores This led many to dismiss Anichkov’s results on the grounds that rabbits were not a good a good model for human physiology and that his research was likely irrelevant to humans.
Which still holds as an objection. Rats often are close to human response. So maybe rats are reactive to the cholesterol they were given, or the taste stressed them so much that they developed the arterial lesions that lead to initiation of the processes that build up plaque.
The criticism leveled against his research was not entirely unfounded.
On the one hand, I’d like to congratulate him for admitting the obvious, but what is rather obvious to me is that he still thinks it was at least somewhat unfounded, he still thinks this is relevant to human atherosclerosis, he has an axe to grind. Otherwise, without that, he would have skipped over this irrelevancy.
We have seen countless times how animal research does not translate into humans and to accept the “lipid hypothesis” based purely on Anichkov’s work would have been premature.
To say the least.
It should have been an invitation for others to pursue this new line of inquiry.
“Should have.” By what standard? This is obvious to me: Labos believes the lipid hypothesis. That’s okay. But it means that he is not a neutral judge, unless he could truly and consciously set aside what he believes, to study and make sure he understands what he is criticizing. He would, if interested in science, be attempting to prove himself wrong, not right. But, no, he’s convinced he is right and is only going through this exercise to prove that it’s totally silly to believe anything other than what he believes about cholesterol. He is pseudoskeptical about cholesterol skepticism. But, again, the conversation can have value.
Eventually in the 1950s John Gofman would begin his research in lipoproteins and determine that there were different types of cholesterol. Today of course we acknowledge that low-density particles like LDL are atherogenic whereas high-density particles like HDL are not. Gofman demonstrated this in the 1956 Cooperative Study of Lipoproteins and Atherosclerosis although the distinction of LDL and HDL would only come later.
Notice how fact is mixed with conclusions. Is LDL “atherogenic,” or is it merely an associated risk factor, or, third possibility, it has some effect on some more powerful, more critical cause? And notice, the early cholesterol hypothesis did not discriminate between HDL and LDL, and even deeper distinctions are moving into common practice.
I very much appreciate the link provided. The theme here is, ostensibly, “Why is there a controversy.” That link is to a review of the study. From that:
The Report provided an unprecedented majority and minority statement of the investigators. The group agreed that there was predictive value in the lipid measures. It diverged in interpretation.
Why was there controversy then? It’s fairly obvious. Social issues, and probably a drive to get “useful results” which can warp science. That page is part of HEART ATTACK PREVENTION A History of Cardiovascular Disease Epidemiology which I intend to use thoroughly. But not yet.
Despite the controversy that surrounded the Cooperative Study of Lipoproteins and Atherosclerosis, there was evidence that cholesterol (regardless how you measured it) was correlated with coronary disease. The work of Carl Muller studying patients with familial hypercholesterolemia was also largely supportive of this link. The work of Brown and Goldstein and their isolation of the LDL receptor would prove the genetic cause of this disease and win the Nobel Prize, but this work was still decades off. However, it could be argued, with some validity, that individuals with a genetic cause for their high cholesterol were not representative of the general population. Nevertheless, by the mid-1950s there was enough interest in this new potential risk factor that large-scale epidemiologic studies were launched.
The launching of those studies was appropriate, given the evidence available. We do need to remember that correlation is not causation. Muller (article linked above) does not clearly relate to the issue under discussion. Of course there is “some validity.” I notice, again, how Labos is organizing his post. I have seen this from fanatics many times: they will assert a series of weak facts that they consider connected, and then they will assert that the preponderance of the evidence (which appears to be the number of facts claimed) demonstrates that their belief is therefore true. It is not the collection of evidence that is the problem, exactly, but the conclusions drawn from it. But then Labos does go closer to the heart of it.
The Seven Countries Study has certainly been one of the most notorious studies of the period and its originator, Ancel Keys, has become a popular target for attack. The main thrust of the attack is that he cherry picked the data in order to obfuscate the truth that saturated fats are unrelated to heart disease. The reality is slightly more nuanced and a detailed review of the Seven Countries Study highlighting its strengths and limitations can be found here for anyone who is interested. Suffice it to say, the main argument that can be leveled against the attempt to deny the role of cholesterol in heart disease is to point out that other studies have shown similar results.
Now, Labos appears to mindread Keys, which I would not do. But perhaps he is merely reflecting the claims. This is obvious: the Seven Countries were selected from a much larger possible set, and I’ve seen results plotted including the larger set. The alleged strong correlation disappears. Did Keys do this deliberately? Maybe. Maybe he had strong political motives, maybe something else. However, the link is to a remarkable document, a detailed defense of Keys that takes into account the critiques.
“Other studies have shown similar results” requires an assessment of “similarity,” which can easily be biased. Further, Labos is slipping from correlation (which Keys claimed and which may exist), subtly into causation, i.e., “role.” There is an abundance of evidence, almost too much. But what would a neutral review (if that is possible, I’m not sure) conclude? And, more to my interest (and Taubes as well, by the way) what research could be designed to definitively answer open questions?
If the opinion is spread that the question is closed, it has already been answered with overwhelming evidence, there will be two outcomes: one is some level of suppression of research and discussion, and the other is a hardening of positions. Nobody likes to be told that they are wrong, everyone knows they are wrong, and they should just shut up and, and what? Die? They are called “die-hards.” People who are willing to question authority, the popular wisdom are precious, if they do not go too far and attempt to oppress others. There is a danger in challenging the status quo. There are few who will welcome difficult questions. They condemned Socrates to death for asking inconvenient questions.
Semmelweiss, on puerperal fever, was right, and was rejected for two reasons: his study showed that physicians were causing the death of patients, many of them, and he also became highly caustic. The personal defects of critics, if we care about science and human welfare, must be set aside to examine claims. This cuts in all directions. I will be reviewing the document on Keys’ Seven Countries study and checking the information there against what is written about Keys.
Studies like the Ni-Hon-San study and the Honolulu Heart Study examined the rate of heart disease in Japanese men living in Japan, Hawaii and San Francisco. They found that compared to the men living in Japan, Japanese men who had migrated to Hawaii had higher cholesterol levels and higher rates of heart disease. Japanese men who migrated to San Francisco had still higher rates. The not-unreasonable conclusion was that the increase in heart disease was environmentally mediated and that as these Japanese men adopted the diet and lifestyle of their adopted country, their cardiovascular risk rose accordingly.
I will need to look at those, but Taubes, for example, attributes the rise in heart disease to the common modern diet, and what is stated here does not show that fat was the causal factor, nor does it show that cholesterol is causal, which is the substantial factual issue. If cholesterol is not causal, but merely associated, then treatments to reduce cholesterol are unlikely to work, except possibly through some associated effect. One of the predictions of the cholesterol hypothesis is that reducing cholesterol will reduce atherogenesis, and a strong effect would be expected, not a weak one. What is the reality?
Finally, we cannot forget the impact of the Framingham Heart Study. Begun in 1948 and still ongoing, this project has provided many insights into the causes of heart diseases. It established that risk factors like cholesterol, hypertension, smoking, lack of exercise, and obesity all affected the risk of cardiovascular diseases. In fact, it coined the term “risk factor”.
Suffice it to say, whatever criticisms one wants to level against the Seven Countries Study, there was plenty of other data suggesting a link between cholesterol and heart diseases. Not unsurprisingly, researchers eventually resolved to try and do something about it.
Looking forward to seeing what Labos writes about this.
(to be continued!)
I’ve been spending quite a bit of time lately reading about fat in the diet, cholesterol, atherosclerosis, and statins. Some story:
Sometime around 1990 or so, I was diagnosed with hypercholesterolemia and a low-fat diet was prescribed. It’s difficult for an individual to assign cause and effect, but that diet coincided with a period of increase in my weight, and something else happened. Sometime around 2007 I was diagnosed with prostate cancer. Both of these may be connected with “low fat diet,” but the state of research on this is poor.
By the middle of the first decade of this century, my wife went on an Atkins diet. My physician, noting my high cholesterol, recommended the South Beach Diet, which could be called Atkins Light. I read up on them, and it appears to me that Atkins had more science behind it. (Both Atkins and Agatston were cardiologists). It was called a “fad diet,” but was actually quite old — my physician pointed to a Diabetes textbook from the 1920s that considered a “low-starch diet” an effective treatment for type 2 diabetes.
Eliminating most fat from a diet will predictably lead to replacing it with something, and unless one goes high-protein, it will be carbs. In the 1990s, it was pasta, I had never eaten much pasta before, but it became a staple.
On Atkins, not only did I lose weight rather efficiently, but I was now eating my favorite foods. When I was a kid, they would say to me, “Have some bread with your butter.” My favorite food, besides steak, was baked potato with butter and sour cream, emphasis on the last two.
Eventually, I came across Taubes’ Good Calories, Bad Calories, and read the story of how it came to pass that low-fat diets were recommended, and, as well, that cholesterol came be be considered dangerous in food, and cholesterol levels “risk factors” for heart disease.
And then that one could prevent heart disease using statins.
It’s a horrifying story, where the scientific method was not followed, where poor studies were used to create a drastic change in diet, and it is possible that this cost millions of premature deaths.
What’s the truth? How would we know? Under this page, I intend to collect individual studies. Is this related to cold fusion? Well, peripherally. Before Taubes wrote GCBC, he wrote Bad Science, about cold fusion. As a science journalist, he had occasion to look at the idea that salt in the diet was dangerous, and found himself looking at developing beliefs that were not adequately tested, that turned into standard medical advice without balanced consideration. And then he did the same with fat in the diet.
There are parallel issues with cold fusion. Widespread “scientific opinion” developed through information cascades and with diet, weak associational or epidemiological studies, rather than solid science. Wihen it was proposed that fat in the diet was causing heart disease, it came to be seen as a health emergency, and considered it would be foolish to wait for more solid science, because waiting, people would (it was believed) continue to die unnecessarily, and (it was also believed), removing fat from the diet could not possibly do harm. After all, weren’t we too fat? And aren’t we what we eat?
I’m not going into all the details here, but the original fat/cholesterol hypotheses was far, far from reality. Study after study failed to confirm it, but there was always an excuse and the cholesterol hypothesis was a moving target.
At first it was believed that eggs were dangerous foods, to be avoided, because they have high cholesterol content. Eventually, those recommendations almost entirely disappeared. Cholesterol in the diet does not cause blood cholesterol.
Originally, as to fat, it was all fats, then it moved to saturated fats (such as butter). When it was found that butter consumption did not correlate with heart disease, it got more and more complex, various kinds of fat, etc.
The cholesterol hypothesis (relating to blood levels) started out as all cholesterol. Even though total cholesterol continues to be used by many, within the last decade or so, fractionating the cholesterol came into fashion, so we ended up with “good cholesterol” (HDL) and “bad cholesterol” (LDL) and a consideration of the ratio, and then it got even more complex.
I was told by my physician that cholesterol was actually a relatively poor measure as to risk. I had familial high cholesterol, my mother had high cholesterol, and died in her mid-nineties from congestive heart failure, not from atherosclerosis. My doctor wanted me to see a cardiologist and told me that he would not be able to find one who would not want to put me on statins. I did see a cardiologist, had a stress test (no problems), and continued to monitor my blood lipids. I also generally had C-reactive protein measured, which is apparently a better predictor, and, when insurance would not cover a calcium score CAT scan, I paid for it. My Agatston score was in the 26th percentile for men my age. So 74% of men had more calcification than I. I was not worried.
Fast forward about ten years. In my seventies now, I flew to my son’s wedding, and as I was getting ready to fly, I had a strange sensation in my chest. I would have gone to the hospital, but I would have missed the flight and my son’s wedding, very important to me. So I flew, and when I got back, went immediately to my primary care physician and he sent me back to the cardiologist for another stress test. Some abnormalities (minor, actually) showed up, so they immediately scheduled a nuclear stress test, I think it was the next day.
Result: major blockage, showing up under stress only. So I was able to get into cardiac rehab, and started an exercise program. I’m still doing that. No heart attack yet, I carry a pulse oximeter and nitroglycerin just in case. I have never used it.
The cardiologist, of course, recommended two things: an angiogram and a statin. I declined the angiogram until I could become better informed. He understood and actually appreciated that. I obtained the statin prescription and on something like the first day, I accidentally took a double dose and felt miserable. It was a high dose. That’s meaningless, except that I realized I simply did not want to take the drug.
Statins function to lower cholesterol, primarily. There is a substantial rate of complications (and that is controversial and I am not convinced it has been adequately studied). However, statins are sold on the idea of a 30% reduction in risk. What is not said is that for people who have not had a heart attack, this may be a 1% absolute risk reduction (from 3% to 2%), and it appears that, at least in many studies, there is no reduction in death rate, which would imply that statins might be reducing heart attacks, all right, but participants were dying from something else instead.
I also looked into angiograms and the placement of stents. Having the procedure (which is quite invasive — and expensive!) apparently, for a relatively normal population, not having had a heart attack, does not improve survival rates. The procedure (angiogram with possible stent placement) can be life-saving if one is in critical condition, but may be overkill when one is merely at some level of risk from age and some level of arteriosclerosis.
I’ve mentioned some “facts” above. Are they facts? What do the studies actually show? I’ve been reading off and on about this for years, but have never done an organized study. That’s what I’m starting here. I’ve been following the blog of Dr. Malcolm Kendrick, a Scottish physician and very good writer, calling himself a sceptic. The pseudoskeptic trolls I’ve been following have attacked him, which is how I found him.
He encourages open discussion and criticism on his blog. The other day, there was a link placed to the Science Based Medicine blog, The Cholesterol Controversy, by Christopher Labos. It’s a recent post, February 15, 2019.
Why is cholesterol so much more controversial than the other cardiac risk factors? A review of cholesterol’s troubled and contentious history might help us understand where many of the cholesterol controversies originated… and why it’s time to let them pass into
He seems to be more willing to actually discuss the issues than many I’ve seen, which just assume the “consensus.” So I’m staring here.
Subpage of JCMNS
JOURNAL OF CONDENSED MATTER NUCLEAR SCIENCE
Experiments and Methods in Cold Fusion
Volume 28, February 2019
Proceedings of the International Conference on the Application of Microorganisms for the Radioactive Waste Treatment
Busan, South Korea, May 2018
© 2019 ISCMNS. All rights reserved. ISSN 2227-3123
front matter includes Table of Contents and Preface by Shanghi Rhee.
|An Experiment in Reducing the Radioactivity of Radionuclide (137Cs) with Multi-component Microorganisms of 10 Strains
Kyu-Jin Yum, Jong Man Lee, GunWoong Bahng and Shanghi Rhee
|“Biological Transmutation” of Stable and Radioactive Isotopes in Growing Biological Systems
Vladimir Vysotskii and Alla Kornilova
|Nuclear Transmutations and Stabilization of Unstable Nuclei in the Cold Fusion Phenomenon
|Thermodynamic Prediction for Novel Environmental Biotechnologies of Radioactive Waste Water Purification
Oleksandr Tashyrev, Vira Govorukha, Nadiia Matvieieva and Olesia Havryliuk
|Novel Biotechnologies for Purification of Radioactive Waste Water
Vira Govorukha, Oleksandr Tashyrev and Valery Shevel
I just read an article that blew my mind. (Warning: paywall)
Direct democracy! Universal basic income! Fascism!? The inside story of Italy’s Five Star Movement and the cyberguru who dreamed it up.
I will be blogging about it, but if we care to influence the future of the planet, we need to be aware of how the landscape has changed. It’s not just global warming, it’s not just a single populist leader, it is the development of fascism that masquerades as democracy.
I am very familiar with the “political philosophy” underpinning what the article is about, and wrote for years about the opportunity and the danger, and what it would take to create what I called direct/deliberative-representative democracy. Direct democracy on a large scale without protective structure is very, very likely to devolve into fascism, through the Iron Law of Oligarchy. Look it up if you are not familiar with it. Popular movements like term limits increase the power of the media and those who can buy the media. (Or, in this case, those who have developed the skill of manipulating popular, unprofessional social media. This is a current Very Big Story, about the 2016 U.S. Presidential election.)
There is no way around the Iron Law, but there are ways to harness it, but hardly anyone even recognizes the problem, much less solutions.
I may have been one of the writers who influenced the founder of that Italian movement; if not, it could have been one or more of a small group who pushed for similar ideas, such as Demoex in Sweden. This is stuff that is very appealing, but what is common is utter naivete about the dangers. The Italian experience demonstrates both the intense appeal and the depth of the danger.
“Leaderless” people are not free, they are in great danger of manipulation by people who have learned the lessons of mass psychology, and the behind-the-scenes founder of Five Star explicitly studied those concepts and used them to create personal power. Strong-Leader people are also not free, they are the slaves of the Leader. There is a synthesis possible, but it will not arise until the dangers are recognized and we pay attention to and develop structure that will ensure that we have the right to actually choose representatives we trust — and the right to take that delegation back at will if they lose the trust. The entire conventional system is based on win/lose, which defeats genuine chosen representation and becomes the dictatorship of the majority (or, often, worse, of a plurality). It can be done, but most people think and act, knee-jerk, from within the familiar, and strong-leader is familiar and so is direct democracy in small groups of highly interested people. More will be revealed.
DRAFT of book chapter for review from ResearchGate, this may differ substantially from the final version: https://www.researchgate.net/publication/330496721_The_Production_Of_Helium_In_Cold_Fusion_Experiments
The Production Of Helium In Cold Fusion Experiments
Melvin H. Miles
College of Science and Technology
Dixie State University, St. George, Utah 84770, U.S.A.
It is now known that cold fusion effects are produced only by certain palladium materials made under special conditions. Most palladium materials will never produce any excess heat, and no helium production will be observed. The palladium used in our first six months of cold fusion experiments in 1989 at the China Lake Navy laboratory never produced any measurable cold fusion effects. Therefore, our first China Lake result were listed with CalTech, MIT, Harwell and other groups reporting no excess heat effects in the DOE-ERAB report issued in November 1989. However, later research using special palladium made by Johnson-Matthey produced excess heat in every China Lake D2O-LiOD electrolysis experiment. Further experiments showed a correlation of the excess heat with helium-4 production. Two additional sets of experiments over several years at China Lake verified these measurements. This correlation of excess heat and helium-4 production has now been verified by cold fusion studies at several other laboratories. Theoretical calculations show that the amounts of helium-4 appearing in the electrolysis gas stream are in the parts-per-billion (ppb) range. The experimental amounts of helium-4 in our experiments show agreement with the theoretical amounts. The helium-4 detection limit of 1 ppm (1000 ppb) reported by CalTech and MIT was far too insensitive for such measurements. Very large excess powers leading to the boiling of the electrolyte would be required in electrochemical cold fusion experiments to even reach the CalTech or MIT helium-4 detection limit of 1000 ppb helium-4 in the electrolysis gas stream.
My research on cold fusion at the China Lake Navy laboratory (Naval Air Warfare Center Weapons Division, NAWCWD) began on the first weekend following the announcement on March 23, 1989 by Martin Fleischman and Stanley Pons. It was six months later (September 1989) before our group detected any sign of excess heat production. By then, research reports from CalTech, MIT, and Harwell had given cold fusion a triple whammy of rejection. Scientists often resorted to ridicule to discredit cold fusion, and some were
even saying that Fleischmann and Pons had committed scientific fraud.
Most palladium sources do not produce any cold fusion effects . The palladium made by Johnson-Matthey (J-M) under special conditions specified by Fleischmann was not made available until later in 1989. I was likely one of the first recipients of this special palladium material when I received my order from Johnson-Matthey of a 6 mm diameter palladium rod in September of 1989. Our first reports of excess heat came from repeated use of the same two sections of this J-M palladium rod [1-3]. However, our final verification of these excess heat results came late in 1989, thus China Lake was listed with CalTech, MIT, Harwell and other groups reporting no excess heat effects in the November 1989 DOE-ERAB report .
These same two J-M Pd rods were later used in our first set of experiments (1990) showing helium-4 production correlated with our excess heat (enthalpy) results [5-7]. Two later sets of experiments at China Lake using more accurate helium measurements, including the use of metal flasks for gas samples, confirmed our first set of measurements .
Following our initial research in 1990-1991 on correlated heat and helium-4 production, other cold fusion research groups reported evidence for helium-4 production . This report, however, will focus mainly on the research of the author at NAWCWD in China Lake, California during the years 1990 to 1995 [1,8].
1. First Set of Heat Helium Measurements (1990)
The proponents of cold fusion were being largely drowned out by cold fusion critics by 1990. In fact, the first International Cold Fusion Conference (ICCF-1) was held March 28-31, 1990 in Salt Lake City, Utah. I found this to be a very unusual scientific conference with a mix of cold fusion proponents, many critics, and the press. Most presentations were followed by unusual ridicule by critics in the question period with comments such as “All this sounds like something from Alice in Wonderland”. Two valid questions by critics, however, were: “Where are the Neutrons?” and “Where is the Ash?”. If the cold fusion reactions were the same as hot fusion reactions, as most critics erroneously thought, then the amounts of excess power being reported (0.1 to 5 W) would have produced a deadly number of neutrons (more than 1010 neutrons per second). Also, if there were a fusion reaction in the palladium-deuterium (Pd-D) system, then there should appear a fusion product – sometimes incorrectly referred to as ash. Some researchers, such as Bockris and Storms, were reporting tritium as a product, but the amounts were far too small to explain the excess enthalpy. The reported production of neutrons in cold fusion experiments was
even smaller (about 10-7 of the tritium).
Julian Schwinger, a Nobel laurate, suggested at ICCF-1 the possibility of a D+H fusion reaction that produces only helium-3 as a product and no neutrons . Because of this, I considered measurements for helium-3 in my next experiments, but the mass spectrometer at China Lake was designed for only larger molecules made by organic chemists.
However, later in 1990, Ben Bush called to discuss both a possible temporary position at China Lake and my cold fusion results. He held a temporary position at the University of Texas in Austin, and the instrument there could measure helium-3 at small quantities. We worked out details in following telephone conversations about how to collect gas samples and ship them to Texas for both helium-3 and helium-4 measurements by their mass spectrometry expert. My next two experiments, fortunately, produced unusually large excess power effects for our first set of correlated heat and helium measurements [5-7].
These helium results were first published as a preliminary note , then in the ICCF-2
Proceedings , and eventually as a detailed publication . There was no detectable
helium-3, but there was evidence for helium-4 correlated with the excess enthalpy. I had
never met Ben Bush and decided to code the gas samples with the birthdays of my family
members. My own measurements of excess power were recorded in permanent laboratory
notebooks before the samples were sent to Texas for analysis. These were single blind tests because Dr. Bush did not know how much, if any, excess power was being produced when a gas sample was collected. I am glad, in retrospect, that this was done because I later learned that Dr. Bush was gung-ho on proving cold fusion was correct. Scientists must always leave it completely up to experimental results to answer important scientific questions. It seems to me, on the other hand, that scientists at MIT and CalTech in 1989 were focused only on proving that cold fusion was wrong. There was a “Wake for Cold Fusion” held at MIT at 4 p.m. on June 16, 19891 even before their cold fusion experiments were completed .
When all results for this study were in (early 1991), I thought about how this research could be published quickly as a preliminary note. All research, except for the helium measurements, was done at China Lake. However, critics of cold fusion were prominent in 1991, and any publication from China Lake had to be first cleared by several management levels. This publication could be held up or even rejected for publication by Navy personnel at China Lake. As a solution, I had this manuscript submitted by Bush and
Lagowski at the University of Texas where they were listed as the first authors. A few months later, Dr. Ronald L. Derr, Head of the Research Department at China Lake, admonished me for the publication of this work from China Lake in this manner. However, Dr. Derr, along with my Branch Head, Dr. Richard A. Hollins, were among the few supporters of my cold fusion research at NAWCWD in 1991. Many others thought that such work damaged the reputation of this Navy laboratory.
1The flyer for this “Wake” at MIT ridiculed cold fusion with statements like “Black Armbands Optional” and “Sponsored by the Center for Contrived Fantasies”.
2. Analysis of the First Set of Helium Measurements.
Neither Ben Bush nor I really knew how much helium should be produced in my experiments by a fusion reaction, but my quick calculations showed that it might be quite small because of its dilution by the electrolysis gases. Recently, I have found an easier and accurate method to calculate the amount of helium-4 theoretically expected from the experimental measurements of excess power. It is known that D+D fusion to form helium-4 produces 2.6173712 x 1011 helium-4 atoms per second per watt of excess power. This is based on the fact that each D+D fusion event produces 23.846478 MeV of energy per helium atom from Einstein’s E = Δmc2 equation. Multiplying the number of atoms per second per watt by the experimental excess power in watts gives the rate of helium-4 production in atoms per second. The rate of electrolysis gases produced (D2+O2) per second is given by Molecules/s = (0.75 I/F) NA (1) where I is the cell current in Amps, F is the Faraday constant, and NA is Avogadro’s
1The flyer for this “Wake” at MIT ridiculed cold fusion with statements like “Black Armbands Optional” and “Sponsored by the Center for Contrived Fantasies”.
number. Note that the electrolysis reaction for one Faraday written as 0.5 D2O → 0.5 D2+0.25 O2 produces 0.75 moles of D2+O2 gases. The largest excess power in the first set of helium-4 measurements was 0.52 W at a cell current of 0.660 A. Therefore, the theoretical rate of helium-4 production divided by the rate of the D2+O2 molecules produced by the electrolysis gives a ratio (R) for helium-4 atoms to D2+O2 molecules as shown by Equation 2.
(2.617 x 1011 He-4 atoms/s W)(0.52 W)
[(0.75)(0.660 A)/(96,485 A.s/mol)] (6.022 x 1023 D2+O2 molecules/mol)
This calculation yields R = 44.0 x 10-9 or 44.0 parts per billion (ppb) of helium-4 atoms. This is the theoretical concentration of helium-4 present in the electrolysis gases for thisexperiment if no helium-4 remains trapped in the palladium. Normally, about half of this theoretical amounts of helium-4 is experimentally measured in the electrolysis gas.
The first set (1990) of our China Lake results are shown in Table 1. The theoretical amount of helium-4 expected (ppb) based on the measured excess power and the cell current is also listed. This is compared with the 1990 mass spectrometry results from the University of Texas in terms of large, medium, small or no observed helium-4 peaks. The dates for the gas sample collections are also listed. Two similar calorimeters (A,B) were run simultaneously, in series, in the same water bath controlled to ±0.01ºC [1-3].
Table 1. Results for the 1990 China Lake Experiments.
Sample Px(W) Theoretical He-4
12/14/90-A 0.52a 44.0 Large Peak
10/21/90-B 0.46 48.7 Large Peak
12/17/90-A 0.40 42.4 Medium Peak
11/25/90-B 0.36 38.1 Large Peak
11/20/90-A 0.24 25.4 Medium Peak
11/27/90-A 0.22 23.3 Large Peak
10/30/90-B 0.17 18.0 Small Peak
10/30/90-A 0.14 14.8 Small Peak
10/17/90-A 0.07 7.4 No Peak
12/17//90-B 0.29b 30.7b No Peak
a I = 0.660 A. For all others I = 0.528 A
b Calorimetric Error Due to Low D2O Solution Level
c The University of Texas Detection Limit was about 5 ppb He-4 Based on Table 1
The theoretical helium-4 amounts generally follow the peak size reported experimentally for helium-4 except for the one sample where there was an apparent calorimetric error. Also, theoretical amounts of helium-4 vary only by a factor of three between the large and small peaks. Previous estimates [6-8] of the number of helium-4 atoms in these flasks were in error because the rate of helium production is directly proportional to the excess power. Finally, the detection limit for helium-4 measured at the University of Texas was about 5 ppb based on Table 1. This is in line with the ±1.1 ppb experimental error reported later by the U.S. Bureau of Mines laboratory in Amarillo, Texas . The rate for atmospheric helium diffusing into these glass flasks was later measured to be 0.18 ppb/day, thus 28 days of flask storage would be needed to reach the 5 ppb detection limit. No correlation was found for the helium-4 amounts and the flask storage times [6,7]. Six control experiments using the same glass flasks and H2O+LiOH electrolysis produced no excess enthalpy at China Lake and no helium-4 was measured at the University of Texas [5-8].
Secondary experiments were also conducted for these heat-production cells. Dental films within the calorimeter was used to test for any ionizing radiation, and gold and indium foils were used to test for any activation due to neutrons. These dental films were clearly exposed by radiation in both calorimetric cells A and B [6,7]. A nearby Geiger counter also recorded unusually high activity during this time period. No activation of the gold or indium foils were observed, hence the average neutron flux was estimated to be less than 105 neutron per second. Similar dental film studies in the H2O+LiOH controls gave no film exposure and no other indications of radiation [6,7].
3. Experimental Measurement of Helium-4 Diffusion
One of the main questions raised by our first report in 1991 of the correlation between the excess heat and helium-4 production in our experiments [5-7] was the possible diffusion of helium-4 from the atmosphere into our glass collection flasks. This was certainly possible, but would the rate of such diffusion be fast enough to affect our results? I addressed this question in my presentation at ICCF-2 in Como, Italy where I suggested that since D2 also diffuses through glass, then the much greater outward diffusion of deuterium gas across the flask surface in the opposite direction might impede the small flow of atmospheric helium-4 into the flask. Experimental measurements of the rate of helium diffusion into these same glass flasks later answered these important questions. The rate of atmospheric helium-4 flowing into our glass flasks was too slow to have affected our first report on the heat/helium-4 correlations. These experiments also showed that large amounts of hydrogen or deuterium in the flask somewhat slow the rate of helium diffusion into the flask. Theoretical calculations using q = KP/d gave good agreement with the experiment measurements [1,5-7] where q is the permeation rate, K is the permeability for Pyrex Glass, P is the partial pressure of atmospheric helium-4 and d is the glass thickness
(d = 0.18 cm and A = 314 cm2 for our typical glass flask).
The results for eight experimental measurements of the helium-4 diffusion rate into the same glass flasks used in our experiments are presented in Table 2.
Table 2. Experimental Measurements of Helium-4 Diffusion into the Glass Flasks used at China Lake Conditions Laboratory
a He-4 Atoms/Day Ppb/Dayb
Theoretical q=KP/d 2.6 x 1012 0.23
N2 Fill HFO 2.6 x 1012 0.23
N2 Fill HFO 3.4 x 1012 0.30
N2 Fill RI 3.7 x 1012 0.32
D2O+O2 Fillc RI 1.82±0.01 x 1012 0.160
D2+O2 Filld RI 2.10±0.02 x 1012 0.184
D2+O2 Fille RI 2.31±0.01 x 1012 0.202
H2 Fillf RI 1.51±0.11 x 1012 0.132
Vacuumf RI 2.09±0.04 x 1012 0.183
aHFO (Helium Field Operations, Amarillo, Texas)
RI (Rockwell International, Canoga Park, California)
bBased on 1.141 x 1022 D2+O2 Molecules per Flask
cGlass Flask #5
dGlass Flask #3
eGlass Flask #4
fBoth Experiments Used Glass Flask #2
For our experimental condition of flasks filled with D2+O2, the mean helium-4 diffusion rate is 0.182±0.021 ppb/day. Thus, it would take a flask storage time of 28 days to just reach the helium-4 detection limit of about 5 ppb (see Table 1). The theoretical 44.0 ppb in Table 1 would require a flask storage time of 242 days to reach this amount of helium-4. Because of the large excess power measured, the flask storage time was not a factor for the results in Table 1. Also, the flasks filled with N2 had larger experimental rates for helium-4 diffusion than the flasks filled with the D2+O2 electrolysis gases. The various flasks had somewhat different values for helium-4 diffusion because it was unlikely that any two flasks would be exactly the same. Furthermore, filament tape was used on each Pyrex round-bottom flask to help prevent breakage during shipments. However, the measured helium-4 diffusion using the same glass flask in Table 2 for both a H2 fill and a vacuum show a significant slower diffusion rate for helium-4 for the flask filled with hydrogen . The outward diffusion of D2 or H2 across the glass surface apparently does slow the inward diffusion of atmospheric helium-4.
4. Second set of Helium Measurements (1991-1992)
Unfortunately, our 6 mm diameter palladium rods from Johnson-Matthey were cut up for
helium-4 analysis, and it took nearly a year to find another palladium electrode that
produced excess heat2. This was a 1.0 mm diameter J-M wire, and the excess power was
small due to the much smaller palladium volume used (0.020 cm3 vs. 0.34 cm3). However,
Rockwell International provided significantly more accurate helium-4 measurement with
a reported error of only ±0.09 ppb [1,8]. Brian Oliver, who performed these studies, was
recognized as a world expert for helium-4 measurements. The helium-4 measurements
were carried out over a period of more than 100 days, thus the helium-4 results could be
accurately extrapolated back to the time of the gas samples collection . This eliminated
any effect due to the diffusion of atmospheric helium-4 into the glass flasks. These were
double blind experiments because neither Rockwell International nor the China Lake
laboratory knew the results for both the excess power and helium measurements until this
study was completed and all results were reported to a third party.
The experimental and theoretical results of this set of experiments in 1991-1992 are presented in Table 3.
Table 3. Results for the Second Set of Experiments (1991-1992)
Sample Px (W) Theoretical He-4 (ppb) Experimental He-4
12/30/91-B 0.100a 10.65 11.74
12/30/91-A 0.050a 5.33 9.20
01/03/92-B 0.020b 2.24 8.50
I = 0.525 A
I = 0.500 A
cReported Rockwell error was equivalent to ±0.09 ppb
There is considerable information contained in this accurate helium-4 analysis by Rockwell International that supports a D+D fusion reaction producing helium-4 and 23.85 MeV of energy per helium-4 atom. First, Rockwell reported their results as the measured number of helium-4 atoms in each of the 500 mL collection flasks at the time of collection. These numbers were 1.34 x 1014, 1.05 x 1014, and 0.97 x 1014 helium atoms per 500 mL [8,12]. The reported error (standard deviation) by Rockwell was only ±0.01 x 1014 helium-4 per 500 mL. Therefore, there is a 29 σ effect between the two highest numbers and a 37 σ effect between the highest and lowest numbers. Except perhaps for the cold fusion field, any measurements that produce even 5 σ effects are considered to be very significant by the scientific community. Note that the numbers reported by Rockwell are also in the correct order for the excess power measured (Table 2) for this double-blind experiment.
If one finds palladium electrodes that produce large excess power effects, hang onto them! Also, do not use them for H2O controls.
The number of helium-4 atoms per 500 mL can be converted to ppb, as used in Table 3, by calculating the total number of gas molecules contained in the flask. From the Ideal Gas Equation, this number is (PV/RT)NA or 1.141 x 1022 molecules for our laboratory condition during the flask collection time (P=0.92105 atm, V=0.500 L, and T=296.15 K). In terms of ppb, the Rockwell reported error of ±0.01 x 1014 helium-4 atoms per 500 mL becomes about ±0.09 ppb. Later experiments using metal collection flasks established that the background helium-4 in our collection system was 5.1 x 1013 atoms per 500 mL or 4.5 ppb [1,8]. Based on theoretical calculations, the diffusion of helium-4 into our collection system was not due to any glass components, but rather due to the use of thick rubber vacuum tubing to make the connections to the collection flask and oil bubbler. We kept our calorimetric system and gas collection system at China Lake exactly the same for several years for the purpose of making comparisons between experiments done at different times. The correction for this background helium-4 actually helped to bring the Rockwell helium-4 measurements closer to theoretical values based on the D+D fusion reaction to form helium-4. This is shown in Table 4.
Table 4. Results For the Second Set of Experiments With Corrections For the
Background Helium-4 (4.5 ppb)
PX (W) Theoretical He4 (ppb)
0.100a 10.65 7.24 1.8 x 1011 35
0.050a 5.33 4.70 2.3 x 1011 27
0.020b 2.24 4.00 4.7 x 1011 13
I = 0.525 A
I = 0.500 A
cTheoretical Value: 2.617 x 1011 He-4/sW
dTheoretical Value: 23.85 MeV/He-4
The corrected helium-4 measurements by Rockwell are reasonably close to expected values based on the D+D fusion reaction to form helium-4 as the main product. Only the results for an excess power of 0.020 W suggests a problem because the corrected experimental value (4.00 ppb He-4) is larger than the theoretical value (2.24 ppb Hel-4). This is not unexpected because 0.020 W is near the measuring limit for the calorimeter used. The correct experimental excess power may have been closer to 0.040 W3. Also, the rate of work done by the generated electrolysis gases (Pw) was not considered. This alone would add another 0.010 W to give 0.030 W for the excess power. This small Pw term is less important for higher excess power measurements.
3Using 0.040 W gives 2.4×1011 He-4/sW and 25 MeV/He-4
An example of the experimental calculation of He-atoms per Ws (or J) is presented in Equation 3 for the measured excess power of 0.100 W (I = 0.525 A).
(1.34 x 1014
-0.51 x 1014) He atoms/500 mL
(4644 s/500 mL)(0.100 W)
where 4644 seconds is the time required to generate 500 mL of D2+O2 electrolysis gases at a cell current of 0.525 A.
The value for MeV per helium-4 atom readily follows as shown by Equation 4.
[(1.8 x 1011 He-4/J)(1.602 x 10-19 J/eV)]-1 = 35 MeV/He-4 (4)
A mean value for the three experiments in Table 3 yields 25±11 MeV/He-4. Omitting the smallest excess power measured gives 30.5±5.0 MeV/He-4. The results given in Table 3 are reasonable considering the rather small excess power measured. This was probably due to the small volume of the palladium electrode (0.020 cm3). Typical excess power for the Pd/D system is about 1.0 W/cm3 of palladium for our current densities used . The experimental corrected values for helium-4 compared to the theoretical amounts in Table 3 are 68% and 88% for the two largest values for excess power. There would likely be a smaller percent of helium-4 trapped in the palladium for the two small volume cathodes used.
5. An Analysis of the Third Set of Helium Measurements (1993-1994)
Many cold fusion critics refused to accept the correlation of excess heat and helium-4 production in our experiments because of the diffusion of atmospheric helium into glass containers. Therefore, metal flasks were used in place of glass flasks to collect gas samples from our experiments for helium analysis. The use of these metal flasks prevented the diffusion of atmospheric helium into the flasks after they were sealed. Even the flasks valves were modified to provide a metal seal by using a nickel gasket. All other components of the cells, gas lines, and oil bubblers remained the same in order to relate these new measurements to the previous measurements using glass flasks . However, it was difficult to get the large excess power effects observed in our first set of measurements that used the special 6 mm J-M palladium rods. The helium-4 analyses for these experiments using the new metal flasks were performed by the U.S. Bureau of Mines laboratory at Amarillo, Texas. This was another laboratory with special skills in making such measurements. By this time, we were using four similar calorimeters (A,B,C,D) in two different water baths for calorimetric studies.
Table 5 presents helium-4 results for seven experiments that produced small excess power effects. The theoretical calculated amounts expected for helium-4 are also presented.
Measurements in similar experiments where no excess power was measured gave a background level of 4.5±0.5 ppb (5.1×1013 He-4 atoms) for our system .
Table 5. Hellium-4 Measurements Using Metal Flasks
0.120a 13.4 9.4±1.8
0.070a 7.8 7.9±1.7
0.060 8.4 6.7±1.1
0.055 7.7 9.0±1.1
0.040 5.6 9.7±1.1
0.040 5.6 7.4±1.1
0.30a 3.4 5.4±1.5
I = 0.500 A. For all others I = 0.400 A
It should be noted that the largest excess power in Table 4 (0.120 W) was for a palladium boron rod (0.6 x 2.0 cm) made by Dr. Imam at the Naval Research Laboratory (NRL). We had been testing palladium materials made by NRL for several years, but none had produced a significant excess enthalpy effect. However, seven of eight experiments using Pd-B rods from NRL produced significant excess heat effects before this Navy program on palladium-deuterium systems ended in June of 1995 . Most of the other excess power effects reported in Table 5 were produced by J-M palladium materials. Five experimental values for helium-4 in Table 5 are larger than the theoretical values reported. Assuming that the excess power reported is correct, then this is readily explained by the need to subtract the background of 4.5 ppb from each experimental value. These results are shown in Table 6 along with the electrode volume and the experimental rate of helium-4 production per second per watt of excess power.
Table 6. Background corrections For Helium-4 Measurements Using Metal Flasks
0.120 4.9 37 0.57 1.0 x 1011
0.070 3.4 43 0.63 1.1 x 1011
0.060 2.2 26 0.04 0.7 x 1011
0.055 4.5 59 0.51 1.5 x 1011
0.040 5.2 93 0.02 2.4 x 1011
0.040 2.9 52 0.01 1.4 x 1011
0.030 0.9 27 0.29 0.7 x 1011
a4.5 ppb subtracted from reported He-4 measurements
Because of the small amounts of excess power reported in Tables 5 and 6, it is difficult to reach any strong conclusions from the use of metal flasks except that helium-4 production is observed in experiments that produce excess power and no helium-4 production above background is measurable in experiments with no excess power. Furthermore, both the uncorrected and corrected experimental amounts of helium-4 are close to the theoretical amounts expected. Larger excess power, such as in our first set of helium-4 measurements would be needed before more definite conclusions could be made. Perhaps these results suggest that a larger percent of helium-4 is released into the gas phase for the palladium cathodes that have the smaller volume of material.
6. Discussion of China Lake Heat/Helium-4 Results
Some critics claimed that our results must be wrong because the experimentally measured helium-4 is only in the ppb range. However, this manuscript shows that the theoretical amounts of helium-4 for our experiments should be in this ppb range. Many other critics attribute our heat and helium-4 results to some form of contamination from atmospheric helium-4 normally present in air at 5.22 ppm . Such contamination sources would be random and equally likely to be found in controls or experiments which show no excess enthalpy results. In summary, for all such experiments conducted at NAWCWD (China Lake), 12 out of 12 produced no excess helium-4 when no excess heat was measured and 18 out of 21 experiments gave a correlation between the measurements of excess heat and helium-4. The three failures either had a calorimetric error or involved the use of a different palladium material, i.e. a palladium-cerium alloy that perhaps traps most of the helium-4 produced. An exact statistical treatment that includes all experiments shows that the probability is only one in 750,000 that the China Lake set of heat and helium measurements (33 experiments) could be this well correlated due to random experimental errors . Furthermore, the rate of helium-4 production was always in the appropriate range of 1010 to 1012 atoms per second per watt of excess power for D+D fusion or other likely nuclear fusion reactions that produce helium-4 [1,8].
All of our theoretical calculations for helium-4 production have assumed that the main fusion reaction is D + D → He-4 + 23.8 MeV. However, other fusion reactions producing helium-4 could also be considered such as D + Li-6 → 2 (He-4) + 22.4 MeV or D + B-10 → 3 (He-4) + 17.9 MeV. Neither of these two possible reactions seem to fit well with our experimental measurements. Both reactions lead to large increases in the theoretical amounts of helium-4 for each experimental measurement of excess power. For example, the D + B-10 reaction would increase the theoretical amount of helium-4 by a factor of 3.991. In Table 3, the theoretical amount of helium-4 corresponding to PX = 0.100 W would be 42.50 ppb rather than 10.65 ppb. For likely fusion reactions that produce helium4, the D + D reaction seems to fit best with our experimental results. Other proposed fusionreactions produce less than 23.8 MeV of energy per helium-4 atom. At about the same time period of our first heat and helium measurements in 1990, two different theories were proposed that predicted helium-4 as the main cold fusion product and that this helium-4 would be found mostly outside the metal lattice in the electrolysis gas stream. These two independent theories came from Scott and Talbot Chubb  and Giuliano Preparata . Both Scott Chubb and Preparata called me shortly after our first publication on correlated excess heat and helium-4 in 1991, and Preparata soon made a visit to my China Lake laboratory. I first met Scott and his uncle, Talbot Chubb, at ICCF2 in Como, Italy, and our friendship lasted many years. Some of the most boisterous ICCF moments involved loud debates between Scott Chubb and Preparata over their two theories.
7. Related Research By Other Laboratories
There are presently more than fifteen cold fusion groups that have identified helium-4 production in their experiments. A summary for these groups reporting helium-4 has been reported elsewhere by Storms . Publications by Bockris , Gozzi  and McKubre  relate closely to our electrochemical cold fusion studies at China Lake. McKubre and coworkers at SRI report on several different experiments using three different calorimetric methods that gave a strong time correlation between the rates of heat and helium production . Using sealed cells, the helium-4 concentration exceeded that of the room air. These SRI experiments gave a near-quantitative correlation between heat and helium-4 production consistent with the fusion reaction D + D → He-4 + 24 MeV (lattice). Special methods were used by SRI to remove sequestered helium-4 from the palladium cathode 
8. The CalTech and MIT Helium-4 Experiments in 1989
Both CalTech and MIT looked for helium-4 production in the electrolysis gases in their 1989 experiments and reported that there was none [20,21]. However, both institutionsalso reported that they found no excess enthalpy. We have never observed any helium-4 production in our experiments when there was no measurable excess heat. There were actually some signs of small excess heat in both the CalTech and MIT experiments, but these were zeroed out either by changing the cell constant or by shifting experimental data points [22,23]. Major calorimetric errors were also present in the Cal Tech and MIT publications [22,23]. Nevertheless, the reported helium-4 detection limit by both CalTech and MIT was one part per million (ppm) or 1000 ppb. By using Equations 1 with R = 1000 ppb (1.0×10-6), the excess power would have to be 8.94 W. From Table 1, 1000 ppb helium-4 would require more than 20 times the highest excess power listed for our experiments or about 10 W. With such a large excess power, most calorimetric cells would be driven to boiling just by the fusion energy alone. Such large amounts of excess enthalpy would be very obvious even without the use of calorimetry, but the amounts of helium-4 produced would barely reach the detection limit reported by these two prestigious universities. Why was such a glaring error in the CalTech and MIT results missed by the reviewers for these publications? It seems like almost anything was accepted by major journals, such as Nature and Science, in 1989 if it helped to establish the desired conclusion that reports of cold fusion were not correct.
Long term support for my cold fusion research has been received from an anonymous fund at the Denver Foundation through the Dixie Foundation at Dixie State University. An Adjunct faculty position at the University of Laverne and a Visiting Professor at Dixie State University are also acknowledged.
1. M.H. Miles, B.F. Bush and K.B. Johnson, Anomalous Effects in Deuterated Systems, Naval Air Warfare Center Weapons Division Report, NAWCWPNS TP8302, September 1996, 98 pages. See http://lenr-canr.org/acrobat/MilesManomalousea.pdf.
2. M.H. Miles, K.H. Park and D.E. Stilwell, “Electrochemical Calorimetric Evidence For Cold Fusion in the Palladium-Deuterium System”, J. Electroanal. Chem., 296, 1990, pp. 241-254. Britz Miles1990b
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4. Cold Fusion Research – A Review of the Energy Research Advisory Board to the United States Department of Energy, John Huizenga and Norman Ramsey, Cochairmen, November 1989, p. 12.
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9. M.H. Miles and M. C. McKubre, “Cold Fusion After a Quarter-Century: The Pd/D System” in Developments in Electrochemistry: Science Inspired by Martin Fleischmann, D. Fletcher, Z-Q Tian, and D.E. Williams, Editors, John Wiley and Sons, U.K., 2014, pp. 245-260. ISBN 9781118694435.
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