pseudo-science
 

 

Pseudo-science

Improper use of scientific thinking or practice, false or fake science – and having an implication of false science pretending to be the genuine article.

 

Applying the label pseudo-scientific to a claim or subject suggests a misrepresentation of the way in which the claim or subject has or is being handled by practitioners or proponents, or an assumption on the part of adherents that their treatment of the claim is scientific in character, when there are either serious doubts on that score or sceptics or critics have demonstrated (or it is clear that it is) otherwise.

 

Some commentators condemn the term and assert that it is used pejoratively for claims or subjects which opponents find unacceptable – whether or not such use occurs the term should not be applied in that manner, and is not here applied so.

 

However, it might be useful to think of terms such as pseudo-science as shorthand for what is really at the heart of the matter: whether evidence has been adduced for the particular claim or hypothesis, and if it has, whether this evidence provides good support – and is this support sufficient for verification? This is the same standard which should be met by any claim promoted as, purporting, or implied to be scientific in nature, standing or falling on the evidence – whether or not the claims seem weird, offbeat, or respectable. In deciding about evidence for and against claims this happens against a background of what is already known. On this basis the examples listed below fail dismally.

 

As a corollary, critically: if the evidence produced to date for a claim suggests little or no credible support (with little prospect of verification), and that there has been a real opportunity for adequate support to be generated – and especially if contradictory evidence is yielded – an identification of the claim as pseudo-scientific is not unreasonable when the enthusiasts’ for the subject deny or disregard the state of the evidence and the prospects for support, and continue to recklessly push the claim or hypothesis under a scientific guise. In the event that the interest of supporters were to wane, any particular failed claim would simply be consigned to the dustbin of history with no more than a wimper. If the claim’s supporters are subsequently able to muster genuine and substantial support, we should welcome the claim’s re-admittance into the scientific realm. Remember the junk sciencecold fusion fiasco: the extravagant and failed claims of the early-nineteen nineties would be happily swept aside if compelling, peer-reviewed evidence (and independent replications) were now to be presented showing that the projected room-temperature process is a real-world phenomenonNote that this has the effect of discriminating pseudo-sciences from newly-formed proto-science fields.

 

Much pseudo-science has the superficial trappings of science but exhibits such features and violations as poor control of experimental conditions, improper or inappropriate analysis and interpretation of data, flawed and fallacious reasoning, and sometimes outright fraud. In short, a general lack of rigour in thinking about the particular subject the pseudo-science supposes to examine or investigate. Pseudo-sciences are replete with self-deception on the part of practitioners and adherents.

 

Some examples of pseudo-science include...

 

(see also: Distinguishing Science and Pseudo-sciencesciencescientific approach, scientific methodology, self-correction, systematic evidence, evolution, anecdotal evidence, (conceptual) models, operational definition, critical thinking, theory (scientific)falsifiability, testability, Creationism)

 

†for example:

1.

What exactly is the real-world claim being made?

2.

What is the model being put forward to explain and predict the phenomenon described?

3.

What clear, specific predictions does the model make in reference to the claim, and how accurate are any such predictions?

4.

What data do we have at hand and how good is it, that is, what is quality and comprehensiveness of this evidence?

5.

Has there been a genuine and thorough search for negative evidence, and what such evidence is available?

6.

How well does the evidence represented as supporting the model actually support it, and how well does it support other plausible, alternative models?

 

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Labels: pseudo-science, definition: 'pseudo-science', definition: 'pseudoscience', pseudoscience, pseudoscientific, pseudo-scientific, 'junk science'
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