TL;DR
This paper models how publication bias and scientific practices influence the canonization of false claims as facts, highlighting risks of accepting falsehoods due to publication biases and p-hacking.
Contribution
It introduces a Markov process model of claim validation that incorporates publication bias and demonstrates how false claims can become accepted facts.
Findings
False claims can be canonized as facts under publication bias.
Publishing negative results helps distinguish true from false claims.
P-hacking increases the likelihood of false positives being accepted.
Abstract
In the process of scientific inquiry, certain claims accumulate enough support to be established as facts. Unfortunately, not every claim accorded the status of fact turns out to be true. In this paper, we model the dynamic process by which claims are canonized as fact through repeated experimental confirmation. The community's confidence in a claim constitutes a Markov process: each successive published result shifts the degree of belief, until sufficient evidence accumulates to accept the claim as fact or to reject it as false. In our model, publication bias --- in which positive results are published preferentially over negative ones --- influences the distribution of published results. We find that when readers do not know the degree of publication bias and thus cannot condition on it, false claims often can be canonized as facts. Unless a sufficient fraction of negative results are…
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