We study the strategic interaction between a decision maker who needs to take a binary decision but is uncertain about relevant facts and an informed expert who can send a message to the decision maker but has a preference over the decision. We show that the probability that the expert can...

Recent research on the Condorcet Jury Theorem has proven that informative voting (that is, voting according to one’s signal) is not necessarily rational. With two alternatives, rational voting typically leads to the election of the correct alternative, in spite of the fact that not all voters...

We prove that the maximal bid in asymmetric first-price and all-pay auctions is the same for all bidders. Our proof is elementary, and does not require that bidders are risk neutral, or that the distribution functions of their valuations are independent or smooth.

This paper argues that Rock–Scissors–Paper is a stochastic game with discounting. Provided that the discount factor is less than 1, it has an evolutionarily stable strategy (ESS). This result contrasts with the one-shot normal form game, which is the customary representation of...

We apply an indirect evolutionary approach to players’ perceived prize valuations in contests. Evolution in finite populations leads to preferences that overstate the prize’s material value and induce overexpenditure. We establish an equivalence between evolutionarily stable strategies and...

The ratio of within-group to between-group fighting is shown to be unrealistically high for the collective rent seeking model when agents exert two efforts i.e. within-group and between-group efforts. The ratio is more realistic for the production and conflict model. Six economics examples...

We examine a multi-dimensional incomplete information Colonel Blotto game in which each player’s n-tuple of battlefield valuations is drawn from a common n-variate joint distribution function that is uniform on the non-negative orthant of the surface of a sphere.

We consider two-player, perfectly discriminatory, common-value contests (or all-pay auctions), in which one player knows the value of the contested object with certainty, and the other knows only its prior distribution. We show, among other things, that in equilibrium the players win with equal...

We consider a multi-winner nested elimination contest in which losers are sequentially eliminated to attain the set of winners. This is a variant of a widely used mechanism introduced by Clark and Riis (1996) that allows one to select the winners sequentially. We show that the current mechanism...

In this paper we analyze how biased lotteries can be used to overcome the free-riding problem in voluntary public good provision. We characterize the optimal combinations of bias and lottery prize and the conditions that guarantee efficient public good provision in equilibrium.