What We Are Reading Today: ‘How Progress Ends’

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Updated 19 September 2025
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What We Are Reading Today: ‘How Progress Ends’

  • By examining key historical moments—from the rise of the steam engine to the dawn of AI—Frey shows why technological shifts have shaped, and sometimes destabilized, entire civilizations

Author: Carl Benedikt Frey

In “How Progress Ends,” Carl Benedikt Frey challenges the conventional belief that economic and technological progress is inevitable. For most of human history, stagnation was the norm, and even today progress and prosperity in the world’s largest, most advanced economies—the US and China—have fallen short of expectations. 
To appreciate why we cannot depend on any AI-fueled great leap forward, Frey offers a remarkable and fascinating journey across the globe, spanning the past 1,000 years, to explain why some societies flourish and others fail in the wake of rapid technological change.
By examining key historical moments—from the rise of the steam engine to the dawn of AI—Frey shows why technological shifts have shaped, and sometimes destabilized, entire civilizations. He explores why some leading technological powers of the past—such as Song China, the Dutch Republic, and Victorian Britain—ultimately lost their innovative edge, why some modern nations such as Japan had periods of rapid growth followed by stagnation, and why planned economies like the Soviet Union collapsed after brief surges of progress.

 


What We Are Reading Today: ‘Tectonic Geodynamics’

Updated 08 December 2025
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What We Are Reading Today: ‘Tectonic Geodynamics’

Authors: Thorsten Becker and Claudio Faccenna

Over the past half century, major achievements have been made in the study of Earth’s surface structure and kinematics and the internal dynamics of the lithosphere and mantle.

Many of these advances have relied on the integration of data and models from plate tectonics and geodynamics, yet traditional divisions persist in how these two disciplines are taught and practiced. 

This textbook bridges the gap, connecting geophysical and geological approaches to understand the physical processes that shape our planet’s evolution.