We analyze a two-stage game between two heterogeneous players.At stage one, common risk is chosen by one of the players. At stagetwo, both players observe the given level of risk and simultaneouslyinvest in a winner-take-all competition. The game is solved theoreticallyand then tested by using...

This paper discusses the strategic role of mismatching, where players voluntarily form inefficient teams or forego the formation of efficient teams, respectively. Strategic mismatching can be rational when players realize a competitive advantage (e.g. harming other competitors). In addition, the...

Splitting leagues or tournaments seems to be puzzling when agents are homogeneous and splitting leads to a negative competition effect. However, it can be shown that the principal can nevertheless benefit from splitting. First, splitting can be used as a divide-and-rule strategy by the principal...

Rank-order tournaments are usually modeled simultaneously. However, real tournaments are often sequential. We show that agents’ strategic behavior in sequential-move tournaments significantly differ from the one in simultaneous-move tournaments: In a sequential-move tournament with...

This paper studies the impact of hospital competition on waiting times. We use a Salop-type model, with hospitals that differ in (geographical) location and, potentially, waiting time, and two types of patients; high-benefit patients who choose between neighbouring hospitals (competitive...

We analyze a two-stage game between two heterogeneous players. At stage one, common risk is chosen by one of the players. At stage two, both players observe the given level of risk and simultaneously invest in a winner-take-all competition The game is solved theoretically and then tested by...

We investigate the effect of competition on quality in regulated markets (e.g., health care, higher education, public utilities), using a Hotelling framework, in the presence of sluggish demand. We take a differential-game approach, and derive the open-loop solution (providers choose the optimal...