We take a real analysis approach to characterize the symmetric mixed-strategy equilibrium (SMSE) of rent-seeking contests for any intermediate value of the decisiveness parameter, allowing for both the ratio-form and the difference-form of contest success functions (CSF) that are axiomatized in...

We characterize the equilibrium set of the n-player Hirshleifer contest with homogeneous valuations. A symmetric equilibrium always exists. It necessarily corresponds to multilateral peace for sufficient noise and uses finite-support randomized strategies otherwise. Asymmetric equilibria are...

The symmetric two-player Hirshleifer (1989) contest is shown to admit a unique equilibrium. The support of the equilibrium strategy is finite and includes, in particular, the zero expenditure level. We also establish a lower bound for the cardinality of the support and an upper bound for the...

We develop two models in this paper to investigate the social welfare implication of the number and size of interest groups. The first model analyzes the case in which individuals in each group ignore the effect of the lobbying effect on the size of the aggregate output of the economy. It is...

Note: The following is a description of the paper and not the actual abstract as it appeared in the print journal. Two models are developed to investigate the social welfare implication of the number and size of the lobbying interest groups. The first addresses social rent dissipation of...

While the game-theoretic analysis of conflict is often based upon the assumption of multiplicative noise, additive noise such as assumed by Hirshleifer (1989) may be equally plausible depending on the application. In this paper, we examine the equilibrium set of the n-player difference-form...

While the game-theoretic analysis of conflict is often based on the assumption of multiplicative noise, additive noise such as considered by Hirshleifer (1989) may be equally plausible depending on the application. In this paper, we examine the equilibrium set of the n-player difference-form...