This paper reports the results of an experiment designed to assess the ability of an incumbent seller to profitably foreclose a market with exclusive contracts. We use the strategic environment described by Rasmusen, Ramseyer, and Wiley (1991) and Segal and Whinston (2000) where entry is...

This paper studies the design of optimal enforcement policies with ordered leniency to detect and deter harmful short-term activities committed by groups of injurers. With ordered leniency, the degree of leniency granted to an injurer who self-reports depends on his or her position in the...

This paper reports the results of an experiment designed to assess the ability of an enforcement agency to detect and deter harmful short-term activities committed by groups of injurers. With ordered-leniency policies, early cooperators receive reduced sanctions. We replicate the strategic...

This paper studies the design of enforcement policies to detect and deter harmful short-term activities committed by groups of injurers. With an ordered-leniency policy, the degree of leniency granted to an injurer who self-reports depends on his or her position in the self-reporting queue. By...

A firm sells a dangerous product to heterogeneous consumers. Higher consumer types suffer accidents more often but may enjoy higher gross benefits. The firm invests resources to reduce the frequency of accidents. When the consumer's net benefit function (gross benefits minus expected harms) is...

Principal-agent problems are pervasive in economic settings. CEOs and shareholders, lawyers and clients, manufacturers and retailers, lenders and borrowers are all examples of settings in which moral hazard problems might arise. Incentive contracts in both individual and team environments have...

This paper reports further experimental results on exclusive dealing contracts. We extend Landeo and Spier's (2009) work by studying Naked Exclusion in a strategic environment that involves a four-player, two-stage game. In addition to the roles of seller and buyers, our experimental environment...