One of the tropes of pseudoscience pushers is that science is too fungible, that is, scientists can change their mind or, horrors of horrors, refuse to make an absolute “this is the TRUTH™” statement. There are numerous articles, published in peer-reviewed, high impact factor journals, that state “more research should be done to confirm these results.” The anti-science crowd uses these comments as “evidence” that science isn’t sure about something.
Black/white absolute truth doesn’t exist in real science. Many people state that science “seeks truth,” and it does, if we do not ascribe moral qualities to the word “truth.” Actually, science seeks evidence to support or refute a hypothesis (or some other scientific principle like a theory). It’s all about the evidence (and the quality thereof), not about proving that it’s either this or that.
Part of the problem, amongst both “pro-science” and anti-science types is that they both think that science is some magical word to either be loved or despised depending on the answer it provides. But science is, in reality, a coherent method to find an answer to a question about the natural universe, but it is not itself the answer. Science is a systematic and logical process, using the scientific method, that finds and builds data, and eventually knowledge, into testable explanations and predictions about the natural universe. it is not a magical word that implies truth, but it is a rigorous process to separate meaningless information from high quality evidence in support or refutation of an explanation of the natural world.
Oftentimes, someone will report that “scientists believe that birds are living dinosaurs” or “scientists believe humans cause global warming.” To the lay audience that sounds like a bunch of men and women, sitting in an apartment with a keg of beer, a dartboard, and inventing some new theory. OK, in my experience, we have often sat around with a keg of beer and a dartboard, but we were discussing 10 years of research and how to sum it up clearly. Or wondering if a new set of results adds to the data or may actually move us in a different direction. But all of it was based on many years of hard work (including education, bench and field research, withering criticisms from peers and mentors, and countless nights of worrying if an experiment would fail because the power went off), not just making a random guess.
Moreover, even after hard work, publications, and critiques, science is filled with doubt. New evidence, as long as it is as strong as the evidence that supported a previously held explanation, can create new explanations and predictions. The whole scientific process is based upon criticism, open-mindedness and accumulation of new data. It’s not based on “ok, we’re done, we’ve answered all of the questions.” Science evolves over times, because it simply isn’t dogmatic.
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