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April 15, 2026Philosophy of Science0 citations

Parsimony and Overfitting

JMJ. L. McINTYRE

Key Points

  • The study aims to clarify the distinctions between non-ideal and ideal parsimony within scientific and philosophical contexts.
  • Analyzed the role of parsimony in scientific modeling.
  • Distinguished between non-ideal and ideal parsimony.
  • Examined the relevance of noise and bias in philosophical data.
  • Non-ideal parsimony is supported by science due to its effectiveness against overfitting.
  • Philosophical data reflect systematic bias rather than predictive noise.
  • Ideal parsimony finds limited support in science, undermining its philosophical application.

Abstract

Abstract Philosophers often defend appeals to parsimony by invoking its central role in science. I argue that this move fails once we distinguish between two uses of parsimony: non-ideal and ideal . Non-ideal parsimony enjoys strong inductive support in science, since complex models are prone to overfit to predictively irrelevant noise. But philosophical data aren’t significantly noisy in the relevant sense: when our intuitions are unreliable, their unreliability typically reflects systematic bias rather than noise, which parsimony doesn’t mitigate. Philosophers therefore need ideal parsimony, which finds only weak support from science. Thus, the scientific analogy cannot vindicate the philosopher’s use of parsimony.

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Cite This Study

J. L. McINTYRE (2026) studied this question.

synapsesocial.com/papers/69df2abce4eeef8a2a6afcc3https://doi.org/10.1017/psa.2026.10210
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