Critical analysis of research is science. I'm perpetually frustrated with articles like this that seem to portray science as a failure by citing faulty studies, ignoring the fact that everything is working as it should.
Critical analysis of research is science. I'm perpetually frustrated with articles like this that seem to portray science as a failure by citing faulty studies, ignoring the fact that everything is working as it should.
You missed the point in the name of semantics, but I'll bite. Finding flaws in a scientific paper my be taking part in the scientific process, but it is by no means a science in itself - e.g. as a stats person, I can point out when a p value is misapplied, but I would never claim I just 'used science'.
>I'm perpetually frustrated with articles like this that seem to portray science as a failure by citing faulty studies
It's worth separating the philosophy of science from its application. This article is purely about the application and what has gone wrong. This is why I think this article is important for the STEM crowd: we are taught that science is an infallible philosophy (which I agree with), but it's easy to forget the garbage-in garbage-out nature of experimentation.
Human-performed studies with limited budgets and unrealistic controls should not supersede expert opinion per se. When there is a disconnect between the two it is irresponsible not to question the scientific studies (in addition to the experts, of course).