Games in Rigged Economies

Multiple aspects of an economy can be regulated, tampered with, or left to chance. Economic actors can exploit these degrees of freedom, at a cost, to bend the flow of wealth in their favor. If intervention becomes widespread, microeconomic strategies of different actors can build into emergent macr...

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Main Author: Luís F. Seoane
Format: Article
Language:English
Published: American Physical Society 2021-09-01
Series:Physical Review X
Online Access:http://doi.org/10.1103/PhysRevX.11.031058
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author Luís F. Seoane
author_facet Luís F. Seoane
author_sort Luís F. Seoane
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description Multiple aspects of an economy can be regulated, tampered with, or left to chance. Economic actors can exploit these degrees of freedom, at a cost, to bend the flow of wealth in their favor. If intervention becomes widespread, microeconomic strategies of different actors can build into emergent macroeconomic effects. How viable is a “rigged” economy? How do growing economic complexity and wealth affect it? We study rigged economies with a toy model. In it, economic degrees of freedom progress from minority to coordination games as intervention increases. Growing economic complexity spontaneously defuses cartels. But excessive complexity leads to large-fluctuations regimes, threatening the system’s stability. Simulations suggest that wealth must grow faster than linearly with economic complexity to avoid this regime and keep economies viable in the long run. We discuss a real-case scenario of multiple economic actors coordinated to result in an emergent upset of the stock market.
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spelling doaj.art-047cc5aaec64414a966ea6024f3d8adb2022-12-21T20:31:07ZengAmerican Physical SocietyPhysical Review X2160-33082021-09-0111303105810.1103/PhysRevX.11.031058Games in Rigged EconomiesLuís F. SeoaneMultiple aspects of an economy can be regulated, tampered with, or left to chance. Economic actors can exploit these degrees of freedom, at a cost, to bend the flow of wealth in their favor. If intervention becomes widespread, microeconomic strategies of different actors can build into emergent macroeconomic effects. How viable is a “rigged” economy? How do growing economic complexity and wealth affect it? We study rigged economies with a toy model. In it, economic degrees of freedom progress from minority to coordination games as intervention increases. Growing economic complexity spontaneously defuses cartels. But excessive complexity leads to large-fluctuations regimes, threatening the system’s stability. Simulations suggest that wealth must grow faster than linearly with economic complexity to avoid this regime and keep economies viable in the long run. We discuss a real-case scenario of multiple economic actors coordinated to result in an emergent upset of the stock market.http://doi.org/10.1103/PhysRevX.11.031058
spellingShingle Luís F. Seoane
Games in Rigged Economies
Physical Review X
title Games in Rigged Economies
title_full Games in Rigged Economies
title_fullStr Games in Rigged Economies
title_full_unstemmed Games in Rigged Economies
title_short Games in Rigged Economies
title_sort games in rigged economies
url http://doi.org/10.1103/PhysRevX.11.031058
work_keys_str_mv AT luisfseoane gamesinriggedeconomies