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Automation, Human Task Innovation, and Labor Share: Unveiling the Role of Elasticity of Substitution

Jeong, Deokjae and Baek, Seungjin (2023): Automation, Human Task Innovation, and Labor Share: Unveiling the Role of Elasticity of Substitution.

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Abstract

This study examines the global decline in labor share since the 2005, focusing on the impacts of robotic and human innovation within a general equilibrium framework. Using novel shift-share variables ---operational robot data, patent similarity to automation vocabularies, and cognitive task intensity scores--- the research addresses endogeneity issues across countries and sectors. Findings reveal that while human innovation positively impacts labor share, robotic innovation exerts a predominantly negative influence, largely offsetting human innovation's effects.

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