Demand Drives Growth all the Way

A demand-driven alternative to the conventional Solow-Swan growth model is analyzed. Its medium run is built around Marx-Goodwin cycles of demand and distribution. Long-run income and wealth distributions follow rules of accumulation stated by Pasinetti in combination with a technical progress funct...

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Main Authors: Taylor, Lance, Foley, Duncan K., Rezai, Armon
Format: Others
Language:en
Published: WU Vienna University of Economics and Business 2018
Online Access:http://epub.wu.ac.at/6891/1/WP_20.pdf
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spelling ndltd-VIENNA-oai-epub.wu-wien.ac.at-68912019-03-28T07:01:40Z Demand Drives Growth all the Way Taylor, Lance Foley, Duncan K. Rezai, Armon A demand-driven alternative to the conventional Solow-Swan growth model is analyzed. Its medium run is built around Marx-Goodwin cycles of demand and distribution. Long-run income and wealth distributions follow rules of accumulation stated by Pasinetti in combination with a technical progress function for labor productivity growth incorporating a Kaldor effect and induced innovation. An explicit steady state solution is presented along with analysis of dynamics. When wage income of capitalist households is introduced, the Samuelson-Modigliani steady state "dual" to Pasinetti's cannot be stable. Numerical simulation loosely based on US data suggests that the long-run growth rate is around two percent per year and that the capitalist share of wealth may rise from about forty to seventy percent due to positive medium-term feedback of higher wealth inequality into its own growth. WU Vienna University of Economics and Business 2018-03 Paper NonPeerReviewed en application/pdf http://epub.wu.ac.at/6891/1/WP_20.pdf Series: Ecological Economic Papers http://epub.wu.ac.at/6891/
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language en
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description A demand-driven alternative to the conventional Solow-Swan growth model is analyzed. Its medium run is built around Marx-Goodwin cycles of demand and distribution. Long-run income and wealth distributions follow rules of accumulation stated by Pasinetti in combination with a technical progress function for labor productivity growth incorporating a Kaldor effect and induced innovation. An explicit steady state solution is presented along with analysis of dynamics. When wage income of capitalist households is introduced, the Samuelson-Modigliani steady state "dual" to Pasinetti's cannot be stable. Numerical simulation loosely based on US data suggests that the long-run growth rate is around two percent per year and that the capitalist share of wealth may rise from about forty to seventy percent due to positive medium-term feedback of higher wealth inequality into its own growth. === Series: Ecological Economic Papers
author Taylor, Lance
Foley, Duncan K.
Rezai, Armon
spellingShingle Taylor, Lance
Foley, Duncan K.
Rezai, Armon
Demand Drives Growth all the Way
author_facet Taylor, Lance
Foley, Duncan K.
Rezai, Armon
author_sort Taylor, Lance
title Demand Drives Growth all the Way
title_short Demand Drives Growth all the Way
title_full Demand Drives Growth all the Way
title_fullStr Demand Drives Growth all the Way
title_full_unstemmed Demand Drives Growth all the Way
title_sort demand drives growth all the way
publisher WU Vienna University of Economics and Business
publishDate 2018
url http://epub.wu.ac.at/6891/1/WP_20.pdf
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