We consider demand function competition with a finite number of agents and private information. We show that any degree of market power can arise in the unique equilibrium under an information structure that is arbitrarily close to complete information. In particular, regardless of the number of agents and the correlation of payoff shocks, market power may be arbitrarily close to zero (so we obtain the competitive outcome) or arbitrarily large (so there is no trade in equilibrium). By contrast, price volatility is always less than the variance of the aggregate shock across all information structures
A Bayesian supply function equilibrium is characterized in a market where firms have private informa...
A Bayesian supply function equilibrium is characterized in a market where firms have private informa...
In an economy of interacting agents with both idiosyncratic and aggregate shocks, we examine how the...
We consider demand function competition with a finite number of agents and private information. We sh...
We consider demand function competition with a finite number of agents and private information. We an...
We consider demand function competition with a finite number of agents and private information. We an...
We analyze demand function competition with a finite number of agents and private information. We sho...
We analyze demand function competition with a finite number of agents and private information. We sho...
We analyze demand function competition with a finite number of agents and private information. We sh...
We analyze demand function competition with a \u85nite number of agents and private infor-mation. We...
In a laboratory experiment with supply function competition and private information about correlated...
We study the effects of different information structures (full information, supply uncertainty and d...
We consider consumers with the same reservation price, who desire to buy at most one unit of a good....
We study the effects of different information structures (full information, supply uncertainty and d...
A finite number of sellers ( n ) compete in schedules to supply an elastic demand. The costs of the s...
A Bayesian supply function equilibrium is characterized in a market where firms have private informa...
A Bayesian supply function equilibrium is characterized in a market where firms have private informa...
In an economy of interacting agents with both idiosyncratic and aggregate shocks, we examine how the...
We consider demand function competition with a finite number of agents and private information. We sh...
We consider demand function competition with a finite number of agents and private information. We an...
We consider demand function competition with a finite number of agents and private information. We an...
We analyze demand function competition with a finite number of agents and private information. We sho...
We analyze demand function competition with a finite number of agents and private information. We sho...
We analyze demand function competition with a finite number of agents and private information. We sh...
We analyze demand function competition with a \u85nite number of agents and private infor-mation. We...
In a laboratory experiment with supply function competition and private information about correlated...
We study the effects of different information structures (full information, supply uncertainty and d...
We consider consumers with the same reservation price, who desire to buy at most one unit of a good....
We study the effects of different information structures (full information, supply uncertainty and d...
A finite number of sellers ( n ) compete in schedules to supply an elastic demand. The costs of the s...
A Bayesian supply function equilibrium is characterized in a market where firms have private informa...
A Bayesian supply function equilibrium is characterized in a market where firms have private informa...
In an economy of interacting agents with both idiosyncratic and aggregate shocks, we examine how the...