Allocation among multiple selves

Abstract We propose a model of individual decision making that separates a central executive system (“Ego”) from a sub-self with its own preferences (“Cold”) and an impulsive sub-self with different preferences (“Hot”). Ego cares only about the payoffs of the other two sub-selves and allocates available resources between them. For standard neoclassical preferences over joint consumption, we show that in subgame perfect Nash equilibrium, Ego will choose a resource allocation that enables neither Hot nor Cold to attain their most preferred affordable bundle. Moreover, the two sub-selves each choose a more extreme and specialized bundle than they would choose if they unilaterally controlled all available resources.

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Publication Details

Journal
Theory and Decision
Published
2025-11-20
DOI
https://doi.org/10.1007/s11238-025-10086-4
Primary Topic
Game Theory and Applications
Type
article
Field-Weighted Citation Impact
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article

Allocation among multiple selves

Simon Weidenholzer, Daniel Friedman, Zeyu Liu
Theory and Decision
Game Theory and Applications
article

Allocation among multiple selves

Simon Weidenholzer, Daniel Friedman, Zeyu Liu
article en

Abstract

Abstract We propose a model of individual decision making that separates a central executive system (“Ego”) from a sub-self with its own preferences (“Cold”) and an impulsive sub-self with different preferences (“Hot”). Ego cares only about the payoffs of the other two sub-selves and allocates available resources between them. For standard neoclassical preferences over joint consumption, we show that in subgame perfect Nash equilibrium, Ego will choose a resource allocation that enables neither Hot nor Cold to attain their most preferred affordable bundle. Moreover, the two sub-selves each choose a more extreme and specialized bundle than they would choose if they unilaterally controlled all available resources.

Theory and Decision
University of Essex (GB)
Openalex Percentile: Top 59%
Game Theory and Applications
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