At the height of the Covid hysteria, several times I encountered variations of the meme “It’s not a pandemic; it’s an IQ test.” Probably the memesters were poking fun at those duped by the mainstream Covid messaging.
In any case, that meme really misses the point. The essential problem has never been about one’s IQ. Many highly intelligent people (in an academic sense) swallowed a very dubious narrative, while others less academically gifted did not. The real divider was the ability and inclination to think critically about it.
In a previous article I explained the basic concept of critical thinking, which can be defined as rational judgment about appeals to belief. Here I will lay out my own classroom approach to it in relation to the Covid messaging and policies.
The approach was derived from Browne and Keeley’s once popular critical thinking textbook, Asking the Right Questions: A Guide to Critical Thinking. Simplified for Japanese university students unfamiliar with the concept of critical thinking, this approach consists of six questions, all very applicable to the official narrative about Covid. For any Japanese speakers who may be reading this, here is a video link of me explaining my approach.
Number one: What are the issues and the conclusion? The purpose of this question is to spur awareness that very often there is an assertion being made in the context of a debated issue. Many of my students have been completely unaware that a debate exists about many matters they hear about in school or from the media, such as climate change/global warming.
When people insist that no real debate exists in regard to an issue about which reasonable people differ, they have already failed the critical thinking test. That stance certainly has been the substance of much Covid messaging.
Number two: How good are the reasons? Many of my students can brainstorm on their own the characteristics of good reasons: clear, true, logical, objective, and important. In the Covid context, untrue reasons include arguing on the basis that novel, experimental injections are certainly (100 percent or 95 percent) “safe and effective.” Moreover, the demand by pharmaceutical companies to receive complete legal protection from any liability belied this claim of safety.
Along with that, it was not logical to endanger people with potentially serious health harms from experimental injections or to withhold from them medical care in the name of protecting them, as happened during the lockdowns.
Number three: How good is the evidence? For the purpose of learning critical thinking about statistics, a number of books explain common forms of statistical deception and error. The classic book How to Lie With Statistics, along with the more recent book by Joel Best Damned Lies and Statistics, show how such dubious statistical data is often created or else badly interpreted.