In this note, we study a version of a war of attrition when all participants have to experience the longest delay before the consumption takes place. We show that all strategies are iteratively dominated and there is no mixed strategy Nash equilibrium. However, this game has a well-defined best...

Motivated by growing evidence of agents' mistakes in strategically simple environments, we propose a solution concept---robust equilibrium---that requires only an asymptotically optimal behavior. We use it to study large random matching markets operated by the applicant-proposing Deferred...

This paper offers a solution to King Solomon's problem of allocating an indivisible "prize" to two agents. We add time dimension to the original space of outcomes and construct a static mechanism similar to the one used in virtual implementation. The implementation is imminent: the mechanism...

In this paper, virtual implementation is restricted to deliver, on the equilibrium path, either a socially optimal outcome or a status quo: an outcome fixed for all preference profiles. Under such a restriction, for any unanimous and implementable social choice function there is a dictator, who...

This paper offers a solution to King Solomon's problem of allocating an indivisible "prize" to two agents. We add time dimension to the original space of outcomes and construct a static mechanism similar to the one used in virtual implementation. The implementation is imminent: the mechanism...