Technological progress in the spinning sector of Britains cotton industry during the Industrial Revolution and the Engels pause

The Fourth Industrial Revolution, led by artificial intelligence, has profoundly reshaped contemporary production methods and daily life while exerting a substantial influence on the labor market. In this context, reexamining the historical impact of technological progress on economic development and the labor marketand drawing lessons from the pastholds significant value. By digitizing the original wage ledgers from Lumford Mill (1811) and Belper Mill (1835) and using this newly created dataset as a basis, this study investigates changes in wage levels and labor structures between the water-frame era and the spinning-mule era. This analysis offers a new explanation for the emergence of Engels pause during the Industrial Revolution. Specifically, the findings indicate that technological progress in Britains cotton-spinning sector during the Industrial Revolution led to a labor structure characterized by a large cohort of low-income, unskilled workers alongside a relatively small group of high-income, skilled workers. This configuration created a disparity between labor productivity growth and real wage increases, ultimately precipitating Engels pause within the sector.

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Publication Details

Journal
Journal of Applied Economics and Policy Studies
Published
2025-05-20
DOI
https://doi.org/10.54254/2977-5701/2025.22908
Primary Topic
Metallurgy and Cultural Artifacts
Type
article
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article

Technological progress in the spinning sector of Britains cotton industry during the Industrial Revolution and the Engels pause

Bai Ge
Journal of Applied Economics and Policy Studies
Metallurgy and Cultural Artifacts
article

Technological progress in the spinning sector of Britains cotton industry during the Industrial Revolution and the Engels pause

Bai Ge
article en

Abstract

The Fourth Industrial Revolution, led by artificial intelligence, has profoundly reshaped contemporary production methods and daily life while exerting a substantial influence on the labor market. In this context, reexamining the historical impact of technological progress on economic development and the labor marketand drawing lessons from the pastholds significant value. By digitizing the original wage ledgers from Lumford Mill (1811) and Belper Mill (1835) and using this newly created dataset as a basis, this study investigates changes in wage levels and labor structures between the water-frame era and the spinning-mule era. This analysis offers a new explanation for the emergence of Engels pause during the Industrial Revolution. Specifically, the findings indicate that technological progress in Britains cotton-spinning sector during the Industrial Revolution led to a labor structure characterized by a large cohort of low-income, unskilled workers alongside a relatively small group of high-income, skilled workers. This configuration created a disparity between labor productivity growth and real wage increases, ultimately precipitating Engels pause within the sector.

Journal of Applied Economics and Policy StudiesVol. 18(4)
Kobe University (JP)
Openalex Percentile: Top 90%
Metallurgy and Cultural Artifacts
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