We study the voluntary provision of a discrete public good via the contribution game. Players independently and simultaneously make nonrefundable contributions to fund a discrete public good, which is provided if and only if the contributions are at least as great as the cost of production. We...

We model competing groups when players' values for winning are private information, each group's performance equals the best effort ("best shot") of its members, and the group with the best performance wins the contest. At the symmetric equilibrium of symmetric contests, increasing the number of...

We consider a best-of-three Tullock contest between two ex-ante identical players. An effort-maximizing designer commits to a vector of player-specific biases (advantages or disadvantages). In our benchmark model the designer chooses victory-dependent biases (i.e., the biases depend on the...

Multi-battle team contests are ubiquitous in real-life competitions. All temporal structures of multi-battle team contests yield the same total effort, as demonstrated by Fu, Lu, and Pan (2015, American Economic Review, 105(7): 2120-40)'s remarkable temporal-structure independence. Rather than...

Suggested contributions, membership categories, and discrete, incremental thank-you gifts are devices often used by benevolent associations that provide public goods. Such devices focus donations at discrete levels, thereby effectively limiting the donors' freedom to give. We study the effects...

We examine the private provision of a public good whose level is determined by the least contribution of individual group members. Nash equilibrium can be efficient when the game is one of full information. This paper introduces private information about the costs of effort and characterizes...

We explore public randomization (Harris et al., 1995) in group contests and introduce group public randomization equilibria (GPRE). We consider group all-pay auctions with weakest-link and best-shot impact functions. While best-shot contests without public randomization are known for their...