Since the comments to my previous post are getting too long, I’m reblogging it here to make more room. I say that the issue raised by J. Berger and Sellke (1987) and Casella and R. Berger (1987) concerns evaluating the evidence in relation to a given hypothesis (using error probabilities). Given the information that this hypothesis H* was randomly selected from an urn with 99% true hypothesis, we wouldn’t say this gives a great deal of evidence for the truth of H*, nor suppose that H* had thereby been well-tested. (H* might concern the existence of a standard model-like Higgs.) I think the issues about “science-wise error rates” and long-run performance in dichotomous, diagnostic screening should be taken up separately, but commentators can continue on this, if they wish (perhaps see this related post). Continue reading
Blog Contents: May 2014
May 2014
(5/1) Putting the brakes on the breakthrough: An informal look at the argument for the Likelihood Principle
(5/3) You can only become coherent by ‘converting’ non-Bayesianly
(5/6) Winner of April Palindrome contest: Lori Wike
(5/7) A. Spanos: Talking back to the critics using error statistics (Phil6334)
(5/10) Who ya gonna call for statistical Fraudbusting? R.A. Fisher, P-values, and error statistics (again)
(5/15) Scientism and Statisticism: a conference* (i) Continue reading























