We develop a competitive equilibrium theory of a market for votes. Before voting on a binary issue, individuals may buy and sell their votes with each other. We define the concept of ex ante vote-trading equilibrium, and show by construction that an equilibrium exists. The equilibriumwe characterize always results in dictatorship if there is any trade, and the market for votes generates welfare losses, relative to simple majority voting, if the committee is large enough or the distribution of values not very skewed. We test the theoretical implications by implementing a competitive vote market in the laboratory using a continuous open-book multi-unit double auction
Two groups of voters of known sizes disagree over a single binary decision to be taken by simple maj...
Two groups of voters of known sizes disagree over a single binary decision to be taken by simple maj...
Multiple solutions often exist in both non-cooperative and cooperative games. In this thesis we use ...
We develop a competitive equilibrium theory of a market for votes. Before voting on a binary issue,...
We develop a competitive equilibrium theory of a market for votes. Before voting on a binary issue, ...
We develop a competitive equilibrium theory of a market for votes. Before voting on a binary issue, ...
We study the competitive equilibrium of a market for votes where the choice is binary and it is know...
We study the competitive equilibrium of a market for votes where the choice is binary and it is know...
This paper reports on recurring laboratory elections in which buyers and sellers choose institutiona...
This paper reports on recurring laboratory elections in which buyers and sellers choose institutiona...
Abstract: This paper reports on recurring laboratory elections in which buyers and sellers choose i...
Abstract: This paper reports on recurring laboratory elections in which buyers and sellers choose in...
Two groups of voters of known sizes disagree over a single binary decision to be taken by simple maj...
Two groups of voters of known sizes disagree over a single binary decision to be taken by simple maj...
Two groups of voters of known sizes disagree over a single binary decision to be taken by simple maj...
Two groups of voters of known sizes disagree over a single binary decision to be taken by simple maj...
Two groups of voters of known sizes disagree over a single binary decision to be taken by simple maj...
Multiple solutions often exist in both non-cooperative and cooperative games. In this thesis we use ...
We develop a competitive equilibrium theory of a market for votes. Before voting on a binary issue,...
We develop a competitive equilibrium theory of a market for votes. Before voting on a binary issue, ...
We develop a competitive equilibrium theory of a market for votes. Before voting on a binary issue, ...
We study the competitive equilibrium of a market for votes where the choice is binary and it is know...
We study the competitive equilibrium of a market for votes where the choice is binary and it is know...
This paper reports on recurring laboratory elections in which buyers and sellers choose institutiona...
This paper reports on recurring laboratory elections in which buyers and sellers choose institutiona...
Abstract: This paper reports on recurring laboratory elections in which buyers and sellers choose i...
Abstract: This paper reports on recurring laboratory elections in which buyers and sellers choose in...
Two groups of voters of known sizes disagree over a single binary decision to be taken by simple maj...
Two groups of voters of known sizes disagree over a single binary decision to be taken by simple maj...
Two groups of voters of known sizes disagree over a single binary decision to be taken by simple maj...
Two groups of voters of known sizes disagree over a single binary decision to be taken by simple maj...
Two groups of voters of known sizes disagree over a single binary decision to be taken by simple maj...
Multiple solutions often exist in both non-cooperative and cooperative games. In this thesis we use ...