Category Archives: Probability
Theatre of the absurd (Arizona State edition)
Check out Justin Wolfers’s most recent essay “How Arizona State Reinvented Free-Throw Distraction.” Here is an excerpt (edited by us for clarity):
Statistically significant others
Happy Valentine's Day, from XKCD. pic.twitter.com/c7KolpvP7j — Daniel W. Drezner (@dandrezner) February 14, 2015
Fair or foul? (Marijuana law enforcement edition)
Via Vox, more evidence that the “war on drugs” is a racist war.
“Are we going down?”
Statistically speaking, probably not! Read more about this probabilistic app here.
Monday morning quarterbacks and the limits of game theory
Our colleague Justin Wolfers has written an excellent essay defending the indefensible–Coach Carroll’s controversial play call on 2nd down with 26 seconds remaining in the 4th quarter of Super Bowl XLIX, the disastrous (in hindsight) play call that led to his team’s gut-wrenching … Continue reading
Distribution of birthdays
In other words, some birthdays are more probable than others!
Off the chart …
Check out Warren Sharp’s statistical analysis of fumbles by NFL teams for all regular season games since the 2010 season. Here is an excerpt from Sharp’s data-detective post: “… the Patriots, visually, are off the chart. There is no other team even … Continue reading
Is Riggs v. Palmer a “hard case”?
For many legal scholars, the paradigm or textbook example of a “hard case” in law is Riggs v. Palmer, the infamous “murdering heir” case decided in 1889 by the New York Court of Appeals. The facts of this legendary case would make tabloid and … Continue reading
Judge Hercules or Judge Bayes?
Here is the abstract of one of our thought experiments, which we have been working on over the holidays: This paper explores two possible connections between hard cases in law and Newcomb’s Paradox in philosophy. One is that Newcomb’s Problem is … Continue reading
Should you take this bet?
Imagine you and 99 other people are randomly assigned a number between 1 and 100. Imagine too that there is a room containing 100 boxes, that each box has also been randomly assigned a number between 1 and 100, and that … Continue reading

