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Tag Archives: pseudoscience

Those with a good memory for quirky media stories about things that have no direct bearing on their own lives might recall this article or this one from last year. These stories covered the use of proven fraudulent explosive detectors at Iraqi checkpoints by police and security personnel. Ben Goldacre also covered the story a year earlier on his blog Bad Science.

Why am I bringing this old stuff up now? Well for one the repercussions of this debacle are ongoing, and two these devices or others like them are still in use – sometimes no number of weight challenged females displaying their melodic oratory prowess will sound the death knell for frauds and scams. Plus somebody asked me to.

That’s right, ask me to write about something and I’ll say how high; or something like that.

Actually I thought that this was a subject worth bringing up again as not only are lives put in danger around the world by these devices and the fraudsters who sell them but the principles by which they “work” are also promoted here in NZ for more benign purposes. It’s dowsing dressed up for the technology age. Unfortunately the camouflage seems to distract people from the fact that it’s all bunk.  I also consider it a sort of “gateway woo” that could in severe cases lead to Crystal Therapy and possibly even, Reiki. Stay in school kids.

Back to the subject at hand. The devices I’m referring to all appear to be based on the same basic design: a handle and a free moving antenna. That’s about it folks. This set up allows the scammer, uh, I mean legitimate business man, to take advantage to two phenomena; the ideomotor effect and our ability to be fooled by the ideomotor effect.

An example of one of these gadgets is the Alpha 6*:

Alpha 6 Scaminator

No relation to this Alpha 6, who is way cooler:

An Alpha with Attitude

Anyway, as you can see the “detector” can be held and the antenna may swing back and forth. In this manner it can be influenced by slight movements by the handler and appear to give a clear signal. Trouble is, independent tests keep showing they’re worthless.

Now a movement has been initiated to put pressure on responsible governments to crack down on the continuing frauds that cost lives. Sign up if you feel strongly about the lives lost due to the trade of these useless detectors. For more information regarding the background of many of these devices go here.

For more coverage as it happens see these sites:
http://ade651gt200scamfraud.blogspot.com/
http://explosivedetectorfrauds.blogspot.com/
http://sniffexquestions.blogspot.com/

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* For more pics go Here, some of them are hilarious.

I have also been asked to give credit to the following for their input on this issue over the years:  James Randi, Dr. Keith Conover, Andres Tonini, Bruce Hood, Techowiz, Lumpy Low, Techhead,  BBC Newsnight  and to many others who have devoted time and effort to this campaign since 1995. As well as all those that have suffered from this fraud, whether through loss of life, limbs, liberty or because the money could have been spent so much more effectively.

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Over the last few weeks several things have been happening both in my own life and in the wider public (Ken Ring) that have made me think about good rules of thumb to determine whether a claim is likely to be right or wrong. In particular when is it reasonable to perform a self examination and ask the question “Could I be wrong?”.

We have to make decisions with limited information every day, it’s not a good idea to be frozen with existential doubt over every little factoid wondering if the entire basis of knowledge is up to the task of determining Truth. I suspect society would grind to a halt if everyone suddenly started doing this.

But, it is a good idea to clear the cobwebs every once in a while and put ourselves back on a firm footing. What sort of things should we be on the lookout for in our mental spring cleaning? I don’t think I have the definitive answer but here are a few ideas that have presented themselves to me lately as a decent place to start:

5. Everyone knows that or “Common Wisdom”.

These are thing that you just absorb from the culture, you don’t know where you heard them but it’s so ingrained it just seems like common sense. Things like reading in low light being bad for your eyesight or only using ten percent of our brains. These permeate our popular consciousness like the air we breath.

Common myths get perpetuated in this way, you haven’t looked into it but you just know, that’s how the world works. This is a form of argument from popularity, reasonable most of the time but not a method of generating knowledge that is optimised for accuracy. On one level this is fairly harmless, usually these things don’t impact the major decisions in life and you aren’t especially invested in a particular conclusion. If you don’t really lose most of your body heat through your head, well it doesn’t matter, you were going to wear a hat anyway – it looks nice.

On the other hand this can be the most insidious method of creating misconceptions. Much of the time you aren’t even aware of them, if you were raised in Japan then you might just “know” that women are subservient to men. If that seems too drastic, perhaps you just have a general feeling that boys are better at maths and science than girls. These are things that we implicitly learn from our culture and can be difficult to dispel even if we are aware of the actual facts.

4. You learned about it from a Chain email

You’ve seen them. Emails that have been forwarded from one person to the next, each one thinking that someone earlier in the chain has probably checked it out and besides “what if” it’s true. Better send it on just in case.

I’ve seen several of these lately, see my report on Lemons and Cancer. Another has been making the rounds post earthquake ostensibly describing how to survive a a serious earthquake. This also has misleading and possibly dangerous information if the advice is followed. Basically I view everything transmitted in this manner as suspect until proven otherwise, the 21st century version of word of mouth seems to by-pass both verification and common sense because it is so easy to press the forward button and we appear to still afford the written word a default respect that it may not deserve (though you should respect my written words, ‘cos I say so).

What I find most frustrating about this phenomenon is that de-bunking these things is almost as easy as hitting that forward button. It usually takes me about 20 seconds – depending on how my internet connection is faring that day – to copy and paste some of the text into google or check on a site like Snopes.com.

3. You’re on the edge or just beyond what we currently know scientifically.

Here is where things start taking a turn toward the dark side. Prior to this stage we could just look up the correct information and set ourselves straight. At this point though we need to start applying actual critical thinking and assess new information on it’s plausibility and merits. Sometimes this is just extrapolating from a recent breakthrough (invisibility cloaks anyone?), this tends to be easily recognised and dismissed.

We know that when working on the frontiers of knowledge many of our conclusions are false, or wildly simplistic. Forming opinions on the back of these initial forays into the unknown is therefore fraught with peril for the unwary, or even the wary for that matter. This is where some quacks can move in, taking preliminarily positive results for some treatment or technology based on initial tests and making claims that are not backed by sound data. We could put “black market” stem cell therapies or cancer cures into this category.

Alternatively there are some who take plausible trends in scientific and technological progress and predict specific technologies will be developed in specific time frames (looking in your direction Kurzweil). Others may claim that because our knowledge is underdeveloped, either in general or in a particular discipline, that their pet theory should be given a pass.

These ideas may or may not be correct but we can make reasonable determinations as to likelihood based on current scientific knowledge, science can bring up counter-intuitive facts about our universe but in general we tend to see incremental advancement on existing knowledge. Self replicating machines? perhaps, perpetual motion machines? no, not really.

In this way this category can tend to bleed into my next warning sign…

2. Your point of view goes against/disagrees with a large proportion of scientists/medical professionals.

This is the point where you are starting to cross over to crankery. This is where warning sirens should start going off in your head when you are confronted with “alternative” theories. Sometimes though it is not obvious straight away, only once we have accepted and become invested in a theory do we get confronted with disconfirming evidence. We should not be afraid to let go of ideas when they are shown to be incorrect.

Examples of this might be that vaccines cause autism, or that fluoridation is harmful. The key here is that it is not prima facie impossible that these things are true, but the preponderance of data has shown that they are very unlikely to be true. At this point it is incumbent upon a reasonable person to change their mind.

Once you decide that you are either better informed than the scientific or medical community or that there exists a conspiracy to keep these things from the public you start to cross the line between concerned citizen to outright crank. It’s possible that you really are a genius, that the scientists really are wrong, that you really are right, that you really can compare yourself favourably to Galileo, but really – it’s not likely. Luckily, you can come back from the edge – it takes courage though. One thing to keep in mind is that you should be committed to the enquiry, not the conclusion. This way you should be able to  follow where the evidence leads and change you opinion accordingly.

1. Large chunks of science have to be wrong for you to be right

Congratulations, you have graduated to fully fledged crank. You are immune to evidence and reason and live in your own self-contained universe of nonsense, insulated from reality by your enormous  self-righteousness ego. Examples of this extreme form of scientific inaccuracy are Creationism, Neal Adams’ “Growing Earth” theory, and Homeopathy. If you have made it this far then chances are you are so committed to your ideas that no amount reasoned argumentation will sway you, you may have a tinfoil hat somewhere on your person right now.

But, and let me make this clear, you are NOT an idiot*. You have just invested so much in a particular point of view that changing you mind now would tantamount to repudiating a large portion or your life. That’s painful and not a course of action anyone wants to undertake.

At this point it becomes farcical to even suggest that you might be right and the accumulated knowledge of the last 200-400 years is wrong. Recall how I said earlier that we make incremental advances based on existing knowledge? Well all of our past discoveries have inexorably been leading to the fact that..you can’;t infinitely dilute a substance and still expect an effect…the earth really is 4, 500,000,000 years old…energy really can’t be created from nothing… and on and on.

All that said, again,  it still is possible for you to change your mind and come back to reality. A number of people have done it, but the chances do become lower. Good luck.

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The above should be taken as a light-hearted look at our foibles, no real offence is intended. – He said, trying futility to ward off trolls.

* Ok, I can’t back that up. Some of you are bound to be idiots… just sayin’…statistically… you know.

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As usual I’m late for the bandwagon, hey, guys, wait up! Ok, so David Winter over at The Atavism has already compared Ken Ring’s predictions to the actual data around the latest quake and done an excellent job[1]. Several other Scibloggers have also contributed articles around this topic (1,2,3,4)[2], hopefully I can provide a slightly different angle.

After the interview with Ken Ring on Tuesday I received a phone call from a mate about Ken’s hypothesis and we had an interesting discussion about the nature of science and the plausibility that one guy is right and an entire field of scientists is wrong. I felt it was low, in the spirit of egalitarianism he (and I suspect many others in the community) thought it was worth taking seriously. One thing that came up was the possibility that the world community of seismologists has completely ignored any effect that the moon might have on earthquake activity.

On the face of things the proposal that the moon has an effect on the Earth’s crust is uncontroversial. After all tides in the worlds oceans is a direct effect of the Moon’s (and Sun’s) gravity on the massive body of water encircling out globe. Indeed the crust of the Earth does also move due to the Moon, up to 0.5 meters. It is also known that tidal forces can inject large amounts of energy into a celestial body. So the suggestion that the Moon could put stress on the faultlines of the Earth and trigger earthquakes is not necessarily far-fetched.

Reasonable conjecture has now played its part, we have identified what appears to be a reasonable hypothesis now we must make predictions and collect data we can use to test those predictions.

Unfortunately for Ken and his supporters even a cursory examination of the literature shows that this is a question that has been looked at many  times over at least the last 45 years[3,4,5,6] and further back than than 100 years[7]. Each time the results have been either negative or shown an increase in frequency of earth quakes so small as to be useless as a predictive guide[6].

Data has been collated from thousands (or hundreds of thousands) of earthquake events at various faultlines around the world over decades worth of recorded data. Were there to be a significant correlation between earth tidal forces caused by the Moon (or the Earth/Moon/Sun system for some analyses) then this would have been evident from the published data. That scientists would keep this quiet merely in order to ridicule Ken (or keep the status quo or retain funding or whatever the current conspiracy theory is) simply begars belief.

This is a mind set reminiscent of the alternative medicine crowd or the cold fusion fringe. That “Scientists”[8] are dogmatic, grant chasing, self important and self aggrandising puppets of the NWO seems to be a recurring theme when evidence doesn’t go their way. If this method of predicting earthquakes held up to scrutiny then thousands of lives could be saved, surely only the most far-gone of conspiracy theorists can convince themselves that the scientific community is this indifferent to human life.

In conclusion-  Scientists: 1 ; Ken Ring: 0.

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Footnotes

1. Go there now, it’s much more interesting than what follows.

2. As above note, and if I’ve missed any – sorry.

3. Simpson, John F. (1967) Earth tides as a triggering mechanism for earthquakes, John F.
Earth and Planetary Science Letters
Volume 2, Issue 5, August 1967, 473-478

http://www.sciencedirect.com/science?_ob=ArticleURL&_udi=B6V61-46YCX20-H&_user=10&_coverDate=08%2F31%2F1967&_rdoc=1&_fmt=high&_orig=gateway&_origin=gateway&_sort=d&_docanchor=&view=c&_acct=C000050221&_version=1&_urlVersion=0&_userid=10&md5=7cc1ca0acf764aed5da63b53b89c86c2&searchtype=a

4. Hartzell, S. H., and Heaton, T. H. (1989). The fortnightly tide and the tidal triggering of earthquakes.
Bulletin of the Seismological Society of America 79, 1282-1286.

http://ecf.caltech.edu/~heaton/papers/Hartzell%20fortnightly.pdf

5. Vidale, J. E., Agnew, D. C., Johnston, M. J. S., and Oppenheimer, D. H. (1998). Absence of earthquake correlation with Earth tides: An indication of high preseismic fault stress rate. Journal of Geophysical Research 103, 24567-24572.

http://earthweb.ess.washington.edu/vidale/Reprints/JGR/1998_Vidale_Agnew_JGR.pdf

6. Kennedy, M., Vidale, J. E., Parker, M.G. (2004). Earthquakes and the Moon; Syzygy Predictions Fail the Test
Seismological Research Letters; September/October 2004; v. 75; no. 5; p. 607-612

http://earthweb.ess.washington.edu/vidale/Reprints/SRL/kennedy_revise2.doc

7. Schuster, A. (1897). On lunar and solar periodicities of earthquakes.
Proceedings of the Royal Society of London 61, 455-465.
Reference from “Earthquakes and the Moon; Syzygy Predictions Fail the Test” footnote #6

8. Scare quotes as these people are obviously referring to figments of their imagination, instead of real live human beings not unlike themselves. An impersonal boogyman is what is required.

 

[EDITED: 3/3/11 16:44pm, for my poor grammar]

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Just when I thought I wouldn’t have to worry about Homeopathy again any-time soon I discover that next week (April 10-16) is World Homeopathy Awareness Week. In theory I am right behind an initiative such as this as homeopaths do a surprisingly poor job of educating the public about what homeopathy actually is.

I suspect though that highlighting the fact that there is no active ingredient in most homeopathic preparations and that huge swathes of established science would have to be wrong for it to work will not feature prominently in the promotional materials.

For those not in the know homeopathy is based on two principles not found anywhere in science, like cures like, known as the “Law of Similars” and less is more or the “Law of Infinitesimals”. In a nutshell these two “Laws” state that a substance that causes similar symptoms to a disease will cure it and the more you dilute the substance the more powerful it becomes. In practice this means that homeopathic preparations can have some unusual starting ingredients (like duck liver) and are diluted to the point that no active ingredient is left in the final product.

A common dilution for preparations is 30C, or 30 consecutive 100 fold dilutions. At this level not only are the no molecules of active ingredient left there aren’t even any molecules of water left from the last dilution that contained any active ingredient.

Due to this fact homeopaths have been reduced to very fanciful explanations of how it might work, most involves invoking some sort of water “memory” effect. This isn’t impossible but neglects to mentions that if it is the case, then the water also remembers every poison it has come into contact with as well. How does it know which effect it should have? Should it kill or cure?

A study performed in 2008 and published in the New Zealand Medical Journal showed that while 85% of respondents believed they knew what homeopathy was less than 5% knew that there is no active ingredient in most preparations. I don’t expect this statistic to change due to any efforts on the part of homeopaths or those that sell generic remedies.

Here’s a pithy website dedicated to How Homeopathy Works.

For those with a high tolerance to brain melting gibberish here’s a video with one of the more confusing explanations of homeopathy:
Youtube Page direct

[UPDATE: Thanks to commenter Lizditz on Dr Steven Novella's blog about this I have been alerted to this great philosophy paper on Homeopathy; "Evidence and simplicity: Why we should reject homeopathy", go read it now.]

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Tomorrow (Wednesday 1/07/09) is the NZ premiere of Fringe on TV2 8.30pm. As a keen science fiction fan I have already seen the entire first season and highly recommend it, with one caveat, and I can not stress this enough, Do Not Think about the SCIENCE on this show. Seriously, it took me quite a few episodes to take this advice myself, there are concepts and statements in the show that just make you want to stick your head in the microwave a la “The Happening” if you don’t just let it flow over you, like a refreshing breeze of nonsense. One particularly egregious pronouncement from Walter, the main “Scientist” on the show was something like “Applying Occam’s razor, the simplest explanation is that the boy is telepathic”, these simple words had me trying to claw my way out of my own brain to escape the stupid

Those familiar with arguments in pseudoscience, including but not limited to: UFOs, Cryptozoology, faith healing and evolution denial, recognize that one of the most misapplied principles of critical thinking is “Occam’s Razor”. The trouble is that it seems so reasonable to those putting the argument forward that they carry along with them the otherwise reasonable people that hear it. If someone claims to be hearing voices and subsequently seems to know things that under normal circumstances they couldn’t know, the simplest explanation is not telepathy. Unfortunately inserting a fantastic and unsupported claim into a problem does not “simplify” things.

The simplest explanation of lights in the sky is not alien spacecraft, it is much more likely that the observer has failed to identify a mundane phenomena than it is that aliens have crossed the unimaginable distances between the stars using exotic physics that allow them faster than light speeds and are wandering around the countryside in our lower atmosphere cruising for a good time. It certainly takes less thought to arrive at aliens than it does to exhaust every other possible source for the lights but this in and of itself does not make it simpler

All that being said, if you can withstand the intellect destroying abuse of science as portrayed in Fringe then do by all means watch it. The interaction between Walter Bishop, brilliant scientist and one time psychiatric patient, and his son Peter is alone a large part of the enjoyment to be had from the show and well worth the many gaffs made by the writers in an attempt to string together a plot. I won’t attempt to dissect the show and point out the many inconsistencies with reality and how the world really works, this exercise has been done in much more depth than I would be able to muster for the project. I’ll simply point you there instead.

Episode:1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,17,18,19,20

No matter what the issue you can find scientists to support any view. Is this a failing of science? or is something else at work here?

First off I would like to point out that the sometimes combative nature of science is a good thing. When new data is published the the authenticity and reliability should be closely examined and criticized if found wanting. Despite public perception scientific quality assurance does not stop with peer reviewed publishing, that is just the beginning. In addition the willingness of researchers to question established knowledge is also good, this is how progress is made.

Concerning my original assertion, that a scientist can be found to uphold any view, one thing to remember is that science is performed by scientists. That may seem an obvious statement but my point is that science is not a simple monolithic block of knowledge, it is contributed to by human beings and human beings have failings. We are all susceptible to biases, some of them are cultural and some of them are a by-product of how our mind works, we are more likely to accept information that confirms our preconceptions for instance. But part of science is the effort to overcome these biases, we perform controlled experiments, we use reliable sources, we replicate others’ experiments, in short we try to remove the human component as much as possible.

All of this means that individual scientists can fall on a spectrum of how well they divorce the outcomes of their work from their personal biases. In certain cases there are those that embrace their personal ideologies in their work, they let it inform and guide the course of research. Sometimes this can be a boon, leading research to new places with novel conclusions but all too often it leads to confounding factors and unreliable data.

A contributing factor is the concept of “balance” in the media, to the point that dissenting opinions will be put forward whether or not they constitute a legitimate scientific controversy. All are presented as equally valid even though some are simply wrong. Not all opinions are equal, not all conclusions valid and not all sources reliable. Consider the Evolution vs Creationism debate, this is an extreme case and so it is easy to see that it is a political debate not one based on actual scientific conclusions. Evolution is a corner stone of biological science, in light of which everything else makes sense. Creationism arises from literal adherence to certain religious traditions. Add to this that is an almost uniquely American phenomenon and the claim that it is science based practically refutes itself.

For the public presented with these opposing view points it can be difficult to separate the real controversy from the manufactroversy, or the tendency to create a debate where none exists. The general public does not usually have the tools to uncover the true state of affairs and so is left with the impression that science is unreliable or can be bent however you wish and is therefore useless. This is unfortunate as science is the most powerful way yet devised to discover the nature of the world around us, from Neutron stars to hydrothermal vents, Dark matter and DNA, all of these things can be studied by science and slowly but surely they are yielding their secrets.

I first found out about Fuelstar about a year ago, I had received a flyer in the mailbox that proclaimed 12% savings on fuel consumption for my car. At the time petrol prices had really started going through the roof so this was a deal that seemed too good to be true, I thought I could already see where this was going but decided to investigate further to determine if there was any validity to the claims. After and hour or so online I had satisfied myself that the only fuel savings I would get would be those that came with my wallet becoming lighter I forgot about the whole thing. Fast forward to earlier this week when a colleague pointed out a half page ad in the paper and says “You should look in to that”, well after I had finished giving him the low down and climbed back off my high horse I figured I should cover it here too.

So what is Fuelstar? Essentially it is a metal canister containing tin pellets that is fitted to your fuel line before it enters your engine. Ostensibly the idea is that the pellets release micro particles of tin that flow with the petrol into the engine and helps the fuel burn more efficiently. The following claims are made on the back of this: That your fuel consumption will go down, your power output will go up and the device will clean your engine. Now, do these claims hold up? Fuelstar would say the 180,000 happy customers says “Yes”, OK lets consider these customers. First, if someone decides to install a fuel saving device in their car it stands to reason that they have fuel economy on their mind, in which case their driving habits may change, they are more likely to pay more attention to how the car is running, whether the tyres have the correct pressure etc. If so, and they started to be more observant about their fuel consumption around the time of installing the Fuelstar device they are likely to attribute any gains they see to it.

 In addition, would these customers have gotten the device fitted by an experienced mechanic?, who would likely have also given the car a tune up at the same time, which has an effect on fuel consumption. Also how many of the customers would have carefully tracked the amount of fuel used and under what conditions for significant periods of time both before and after installing the device? These are just some considerations and don’t include simple psychological effects such as expectation bias, confirmation bias or any of a host of similar congnitive biases. My point here is that no matter how many happy customers there are they are not equivalent to a rigorous test of the technology, also they are a self selected sample; only those who believe the technology will work are going to get it installed in the first place.

OK enough of this psych stuff, what about the cold hard evidence? Well, looking at the Fuelstar website there are a  number of listings in the “Formal Tests” category of the Test Results page. Of these three are case study type that purportedly show a reduction in X from vehicle Y and are quite light on testing procedures and supporting documentation, interesting but hardly good evidence I don’t feel bad dismissing these out of hand. Of the three that are left one is a kind of meta-analysis that consists of a chemist associated with Fuelstar saying “It works, ok and those tests that say it doesn’t are wrong” again, no guilt about flushing that one. Another study, the most promising by the look of the description, is entirely in Taiwanese, sigh. All of this leaves us with a single test performed by a seemingly reputable facility on the USA, however although the test did compare engine performance both before and after installation of the Fuelstar device the report is ambiguous on the exact timeline of events. In particular the Pre-conditioning step included performing ”restorative” maintenance on the engine at the same time the device was installed, does this mean the system that was tested with the device was different to that without the device? It is unclear from the report and I have to file this under “Inconclusive”.

Finally the EPA (Environmental Protection Agency for those not in the know) tested a substantially similar device in 1999 and concluded that “When the fuel economy data are analyzed (using the
Student’s t test) as a whole, there is no statistical difference in the fuel economy results as a function of use of the [Device]
“. This along with the generally poor quality of the supporting evidence leads me to think that the claims made for the system are mostly hype and there is no reason to suppose that installing it will have any significant effect. Darn, I could have used the extra cash to pimp my ride.

Resources

http://www.choice.com.au/viewArticleAsOnePage.aspx?id=104217

http://www.immortality.co.nz/fuelstar.html

http://www.aa.co.nz/motoring/news/Pages/Be-sceptical-of-fuel-saving-devices.aspx

http://www.fuelstar.co.nz/TestResults.asp

http://www.consumerenergycenter.org/myths/gasoline_saving.html

http://www.epa.gov/otaq/consumer/devices/r99015.pdf

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Science and pseudoscience, what’s the difference? It’s not a trick question, as you approach the cutting edge of science, where the known becomes the unknown and theories become wild and speculative the line between the two can be quite fuzzy. String Theory anyone? But in general the difference lies in that where science starts with facts and observations and arrives at conclusions pseudoscience starts with a conclusion and twists fact and observation to fit. The two most common avenues to pseudoscience appear to me to be: First, when a hypothesis is retained long after dis-confirming evidence should have rendered it obsolete. Adherents of the “Vaccines cause Autism” movement would fall into this category. Second would be those who attempt to prove their own pet ideology by either conducting flawed research or by willfully misinterpreting the work of others. Creationists and Intelligent Design proponents might fall into this category.

Correctly discerning pseudoscience can be difficult, especially if it appeals to our own biases. Some things to consider are: Arguments from authority, real science shouldn’t be decided by a chosen few, rather it is the sum total of a multitude of efforts and advancements are evaluated by the scientific community as a whole and finally a consensus is reached. Insufficiently detailed references to supporting data, it is important to be able to find the primary sources that are being used to support a position so that you can read it yourself and determine if it has been correctly interpreted. Reliance on testimony, look at the quality of the references used, if they come mainly from personal experience they may not be reliable.

Finally, you may want to look at a larger sampling of the scientific community and see what they have to say about the topic or person you are interested in. There are bound to be many sides to the issue but you may pick up on the general flavour of scientific opinion. Good luck and happy investigations.

Resources

Radionics appears to be a sort of umbrella term that refers to the healing of tissues from a distance using some sort of electronic device. Researching this concept can give you the feeling that everyone is just making it up as the go along, curiously. It appears to have all started with Albert Abrams, M.D. (1864-1924). Abrams made all sorts of claims from diagnosis by proxy to diagnosis via autographs, finally coming up with an electronic device he claimed could diagnose from a distance.

Various imitators have cropped up since Abrams with their own versions of his “BlackBox” with different variations of diagnosis methods and outputs of the device, ranging from wires connected to the patient and vials of blood to Polaroids on the diagnosis side and the feeling of stickiness or friction on a plastic or rubber pad for the output reading. If the practice was limited to merely diagnosis of medical maladies then that would be bad enough, however the promoters of these devices also claim to be able to heal the disorders uncovered and this is where the real tragedy is.

Pseudo-scientific methods such as this appeal to those who are disillusioned with current medical progress in treatment of the more pernicious forms of disease that still plague our world, especially cancer. If these alternative medicines are the last hope of the terminally ill then who are we to take that away? But the proliferation of acceptance means that some people will turn to the alternative first, leading to unnecessary pain, suffering and death. That is the answer to the question “What’s the harm?”.

Resources:

http://www.quackwatch.org/04ConsumerEducation/News/rife.html

http://www.skepdic.com/radionics.html

http://home.pacbell.net/lotus999/radionics1.htm -Would be funny if they weren’t serious, ok it’s still funny.

http://www.dowsingnewzealand.org/ -Look, our very own.

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