Energy, Einstein and the Great Depression
Macroeconomic Acceleration and Collapse
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Beschreibung
This book examines the macroeconomic consequences of rapid process innovation during the 1920s and early 1930s through Albert Einstein’s writings on technological unemployment and purchasing power. It identifies a concrete, economy‑wide source of “technical progress” compatible with physical laws: the transition to electric unit drive and the rise of large‑scale, interconnected utilities, which increased machine speeds and effective rated capacity across U.S. industry. The author provides a structured framework that links physical principles to macroeconomic outcomes, an empirically grounded narrative on electrification and unit drive, and a concise reassessment of “technological unemployment” as a macro‑structural issue rather than a firm‑level anomaly.
The study builds on a kinetics‑based account of wealth‑creating material processes and models production using classical mechanics, thermodynamics, and process engineering to show how acceleration raised measured productivity while firms faced aggregate‑demand constraints. It documents 1920s evidence on machine speed and acceleration, integrates these mechanisms into a macroeconomic model with acceleration, and revisits the 1930s policy debate on hours, wages, and institutional design. The analysis distinguishes Einstein’s diagnosis regarding technology‑driven labor displacement from his broader reflections on capitalism versus socialism, positioning both within the economic and intellectual history of the period. The book closes by outlining structural impediments to incomizing potential output, drawing lessons from the post‑1939 recovery, and clarifying where Einstein’s policy instincts align with the historical record.
Bernard C. Beaudreau is Professor in the Department of Economics at Université Laval in Québec, Canada. He is the author of The Economics of Speed (2019) and Energy Rents and Income Distribution (2025).
This book examines the macroeconomic consequences of rapid process innovation during the 1920s and early 1930s through Albert Einstein’s writings on technological unemployment and purchasing power. It identifies a concrete, economy‑wide source of “technical progress” compatible with physical laws: the transition to electric unit drive and the rise of large‑scale, interconnected utilities, which increased machine speeds and effective rated capacity across U.S. industry. The author provides a structured framework that links physical principles to macroeconomic outcomes, an empirically grounded narrative on electrification and unit drive, and a concise reassessment of “technological unemployment” as a macro‑structural issue rather than a firm‑level anomaly.
The study builds on a kinetics‑based account of wealth‑creating material processes and models production using classical mechanics, thermodynamics, and process engineering to show how acceleration raised measured productivity while firms faced aggregate‑demand constraints. It documents 1920s evidence on machine speed and acceleration, integrates these mechanisms into a macroeconomic model with acceleration, and revisits the 1930s policy debate on hours, wages, and institutional design. The analysis distinguishes Einstein’s diagnosis regarding technology‑driven labor displacement from his broader reflections on capitalism versus socialism, positioning both within the economic and intellectual history of the period. The book closes by outlining structural impediments to incomizing potential output, drawing lessons from the post‑1939 recovery, and clarifying where Einstein’s policy instincts align with the historical record.
Distinguishes Einstein’s policy views from his technical claims Identifies electric unit drive as economy‑wide technical progress in the 1920s Documents utility‑scale electrification and rated capacity changes
Autor*in
Bernard C. Beaudreau
Themen in »Energy, Einstein and the Great Depression«
Great Depression technology technological unemployment 1930s electric unit drive machine speed and productivity acceleration in production electrification and industry 1920s interconnected utilities history macroeconomic demand constraint kinetics of production processes physics of economic growth process engineering in economics productivity paradox historical rated capacity acceleration Einstein on economics capitalism versus socialism debate