FEW 2008 Schedule

All sessions will take place in Pyle Vandenberg Auditorium (room 121 of the Pyle Center). Click here for a salient map.
All papers, comments, and tutorials will be posted here in due course (stay tuned).

	Thursday 5/15	Friday 5/16	Saturday 5/17	Sunday 5/18
8:30–9:00	Free Breakfast	Free Breakfast	Free Breakfast	Free Breakfast
9:00–10:30	Teddy Seidenfeld "Proper scoring rules, dominated forecasts, and coherence" Comments by Marty Barrett	Gregory Wheeler "Focused correlation and confirmation" Comments by Peter Broessel	Roger White "Evidential symmetry and mushy credence" Comments by James Overton	Jake Ross "Countable additivity and the sleeping beauty problem" Comments by Matt Kotzen
10:30–10:45	Break	Break	Break	Break
10:45–12:15	Giacomo Sillari "Quantified logic of awareness and impossible possible worlds" Comments by Jeremy Shipley	Carl Wagner "Jeffrey conditioning and external Bayesianity" Comments by Steve Petersen	Scott Sturgeon "Confidence and coarse-grained attitudes" Comments by Alexandra Zinke	Kevin Zollman & Rory Smead "The reduction of strategic plasticity" Comments by Santiago Amaya
12:15–1:45	Lunch	Lunch	Lunch	Tutorial (12:15–1:15) Hilary Greaves "Probability in the Everett interpretation of quantum mechanics" [recommended readings]
1:45–3:15	Daniel Steel "Mind changes and testability: How formal and statistical learning theory converge in the new riddle of induction" Comments by Matthew Kopec	Sarah Moss "Scoring rules and epistemic compromise" Comments by Armin Schulz	Eleonora Cresto "Belief and contextual acceptance" Comments by Bernhard Nickel
3:15–3:30	Break	Break	Break
3:30–5:00	Invited Talk Roy Sorensen "Interestingly dull numbers"	Invited Talk Allan Gibbard "Causal Inﬂuence and Controlled Experiment"	Invited Talk Wolfgang Spohn "Laws: A ranking theoretic account"
5:00–6:00	Tutorial Tania Lombrozo "Explaining explanation" [recommended reading]	Tutorial Tania Lombrozo "Intuitions about causation" [recommended reading]	Tutorial Hilary Greaves "Probability in the Everett interpretation of quantum mechanics" [recommended readings]