Probabilistic Laws Edited by Markus Schrenk (Nottingham University)

Related categories
Siblings:
3 found
Search inside:
(import / add options)   Sort by:
  • John Bigelow, John Collins & Robert Pargetter (1993). The Big Bad Bug: What Are the Humean's Chances? British Journal for the Philosophy of Science 44 (3):443-462.
    Humean supervenience is the doctrine that there are no necessary connections in the world. David Lewis identifies one big bad bug to the programme of providing Humean analyses for apparently non-Humean features of the world. The bug is chance. We put the bug under the microscope, and conclude that chance is no special problem for the Humean.
    In my reading list   |  Discuss this article  |  Edit  |  Categorize  |  Remove from this list |
     
    My bibliography  |
     
    Export citation  | Other links: bjps.oxfordjournals.org jstor.org   | Scholar | More..
  • John L. Pollock (1992). The Theory of Nomic Probability. Synthese 90 (2).
    This article sketches a theory of objective probability focusing on nomic probability, which is supposed to be the kind of probability figuring in statistical laws of nature. The theory is based upon a strengthened probability calculus and some epistemological principles that formulate a precise version of the statistical syllogism. It is shown that from this rather minimal basis it is possible to derive theorems comprising (1) a theory of direct inference, and (2) a theory of induction. The theory of induction (...)
    In my reading list   |  Discuss this article  |  Edit  |  Categorize  |  Remove from this list |
     
    My bibliography  |
     
    Export citation | Scholar | More..
  • John Roberts, Laws About Frequencies.
    A law about frequencies would be a law of nature that imposes a constraint on one or more (actual, global) frequencies. On any of the leading philosophical approaches to laws of nature, there could be laws about frequencies. Hypotheses that posit laws about frequencies turn out to behave very similarly to hypotheses that posit corresponding laws about probabilities or chances -- they make the same predictions, provide similar explanations, and are confirmed or disconfirmed by empirical evidence in the same ways. (...)
    In my reading list   |  Discuss this article  |  Edit  |  Categorize  |  Remove from this list |
     
    My bibliography  |
     
    Export citation  | Other links: philsci-archive.pitt.edu   | Scholar | More..