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Subject Guide: Philosophy

This is a guide to resources in philosophy

Philosophy and Multidisciplinary Databases

Multidisciplinary Databases (Useful for Research on All Topics)

Journal of Philosophy articles

  • Metacognition of Inferential TransitionsThis link opens in a new windowFeb 28, 2025
    A reasoning process is more than an unfolding causal chain. Although some thoughts cause others in virtue of their contents, paradigmatic cases of personal-level inference involve something more, some appreciation that the conclusion follows from the premises. Both first-order processes and second-order beliefs have proven problematic or inadequate to account for the phenomenon. Thus, here I argue for an intermediate position, according to which an epistemic feeling, a form of procedural metacognition, plays this role. Extensive psychological research has shown that epistemic feelings are involved in monitoring many kinds of cognitive process, affecting how the processes unfold. Inferences may be no different. Inferences are also plausibly accompanied by an epistemic feeling, in particular a feeling of reliability or unreliability. Such a feeling accounts for the phenomenological datum. It can also play a significant epistemic role for the thinker.
  • (Competing?) Formulations of Newtonian Gravitation - Reflections at the Intersection of Interpretation, Methodology, and EquivalenceThis link opens in a new windowFeb 28, 2025
    It is sometimes said there are two ways of formulating Newtonian gravitation theory. On the first, matter gives rise to a gravitational field deflecting bodies from inertial motion within flat spacetime. On the second, matter’s accelerative effects are encoded in dynamical spacetime structure exhibiting curvature and the field is ‘geometrized away’. Are these accounts of Newtonian gravitation theoretically equivalent? Conventional wisdom within philosophy of physics is that they are, and recently several philosophers have made this claim explicit. In this paper I develop an alternative approach to Newtonian gravitation on which the equivalence claim fails, and in the process identify an important but largely overlooked consideration for interpreting physical theories. I then apply this analysis to (a) put limits on the uses of Newtonian gravitation within the methodology of science, and (b) defend the interpretive approach to theoretical equivalence against formal approaches, including the recently popular criterion of categorical equivalence.