ABSTRACT. This paper shows the robust non existence of competitive equilibria even in a simple three period representative agent economy with dynamically inconsis-tent preferences. We distinguish between a sophisticated and naive representative agent. Even when underlying preferences are monotone and convex, we show by example that the induced preferences, at given prices, of the sophisticated represen-tative agent over choices in first period markets are both non convex and satiated. Therefore, even allowing for negative prices, the market clearing allocation is not contained in the convex hull of demand. Finally, with a naive representative agent, we show that perfect foresight is incompatible with market clearing and individual optimizat...
We consider a representative-agent equilibrium model where the consumer has quasi-geometric discount...
This paper constructs a representative agent supporting the equilibrium allocation in ¡°event-tree¡±...
When nonsatiation or free disposal fail, competitive equilibria are either weak, when the individual...
This paper shows the robust non-existence of competitive equilibria even in a simple three period re...
This paper shows the robust non existence of competitive equilibria even in a simple three period re...
We consider an exchange economy with time-inconsistent consumers whose preferences are additively se...
We study the existence of equilibrium when agents' preferences may not be convex. For some specific ...
We show the existence of a competitive equilibrium in an economy with many consumers whose preferenc...
Sufficient conditions for the existence of a Nash equilibrium are given when preferences may violate...
We consider a two-period exchange economy with a finite set of consumers, states of nature, independ...
We consider an exchange economy with time-inconsistent consumers whose preferences are additively se...
We consider a two-period exchange economy with a finite set of con-sumers, states of nature, indepen...
Rubinstein and Wolinsky [Rev. Econ. Stud. 57 (1990) 63] show that a simple homogeneous market with e...
When nonsatiation or free disposal fail, competitive equilibria are either weak, when the individual...
Rubinstein and Wolinsky (1990) show that a simple homogeneous market with exogenous matching has co...
We consider a representative-agent equilibrium model where the consumer has quasi-geometric discount...
This paper constructs a representative agent supporting the equilibrium allocation in ¡°event-tree¡±...
When nonsatiation or free disposal fail, competitive equilibria are either weak, when the individual...
This paper shows the robust non-existence of competitive equilibria even in a simple three period re...
This paper shows the robust non existence of competitive equilibria even in a simple three period re...
We consider an exchange economy with time-inconsistent consumers whose preferences are additively se...
We study the existence of equilibrium when agents' preferences may not be convex. For some specific ...
We show the existence of a competitive equilibrium in an economy with many consumers whose preferenc...
Sufficient conditions for the existence of a Nash equilibrium are given when preferences may violate...
We consider a two-period exchange economy with a finite set of consumers, states of nature, independ...
We consider an exchange economy with time-inconsistent consumers whose preferences are additively se...
We consider a two-period exchange economy with a finite set of con-sumers, states of nature, indepen...
Rubinstein and Wolinsky [Rev. Econ. Stud. 57 (1990) 63] show that a simple homogeneous market with e...
When nonsatiation or free disposal fail, competitive equilibria are either weak, when the individual...
Rubinstein and Wolinsky (1990) show that a simple homogeneous market with exogenous matching has co...
We consider a representative-agent equilibrium model where the consumer has quasi-geometric discount...
This paper constructs a representative agent supporting the equilibrium allocation in ¡°event-tree¡±...
When nonsatiation or free disposal fail, competitive equilibria are either weak, when the individual...