We analyze the first model of a group contest with players that are heterogeneous in their risk preferences. In our model, individuals' preferences are represented by a utility function exhibiting a generalized form of constant absolute risk aversion, allowing us to consider any combination of...

In this paper, we investigate behavior in two-player sequential-move contests with complete and incomplete information about the value of the prize, theoretically and experimentally. First, we describe a Bayesian equilibrium of a sequential contest in which both players have private prize...

In this paper, we ask a fundamental design question in the theory of contests: Should contestants and reward money be pooled into a single grand contest, or should they be divided into parallel subcontests? We theoretically explore optimal divisioning using Tullock’s lottery contest framework...

We aim to understand fundamental preferences over fairness and cooperation embedded in artificial intelligence (AI). We do this by having a large language model (LLM), GPT-3.5, play two classic games: the dictator game and the prisoner's dilemma. We compare the decisions of the LLM to those of...