Many view the period after the Second Industrial Revolution as a paradigm of a transition to a new economy following a technological revolution, including the Information Technology Revolution. We build a quantitative model of diffusion and growth during transitions to evaluate that view. With a learning process quantified by data on the life cycle of US manufacturing plants, the model accounts for the key features of the transition after the Second Industrial Revolution. But we find that features like those will occur in other transitions only if a large amount of knowledge about old technologies exists before the transition begins
From a simple dynamic model of competition between product lines it is shown that the shape of learn...
US technological leadership and domination of the world economy were further enhanced by the extraor...
Hötte K. Skill transferability and the stability of transition pathways. A learning-based explanatio...
During the Second Industrial Revolution, 1860-1900, many new technologies, including electricity, we...
Many view the period after the Second Industrial Revolution as a paradigm of a transition to a new e...
The rapid increase in U.S. economic growth during the late 1990s inspired speculation that an accele...
This paper attempts to draw lessons for the New Economy from what economists know about technology d...
Along human history there were periods in which advanced technology and changes in business manageme...
A long tradition explains technological change as recombination. Within this tradition, this Element...
This paper provides a reappraisal of the literature on “long waves” and “general purpose technologie...
Technological change was unskilled-labor-biased during the early Industrial Revolu-tion of the late ...
Understanding and governing technology transitions is essential to cope with major challenges of the...
This paper studies a growth model that is able to match several key facts of economic history. For t...
How and when do technological changes affect the rise and fall of great powers? Scholars have long o...
This paper studies the entry and exit of U.S. manufacturing plants over the business cycle and compa...
From a simple dynamic model of competition between product lines it is shown that the shape of learn...
US technological leadership and domination of the world economy were further enhanced by the extraor...
Hötte K. Skill transferability and the stability of transition pathways. A learning-based explanatio...
During the Second Industrial Revolution, 1860-1900, many new technologies, including electricity, we...
Many view the period after the Second Industrial Revolution as a paradigm of a transition to a new e...
The rapid increase in U.S. economic growth during the late 1990s inspired speculation that an accele...
This paper attempts to draw lessons for the New Economy from what economists know about technology d...
Along human history there were periods in which advanced technology and changes in business manageme...
A long tradition explains technological change as recombination. Within this tradition, this Element...
This paper provides a reappraisal of the literature on “long waves” and “general purpose technologie...
Technological change was unskilled-labor-biased during the early Industrial Revolu-tion of the late ...
Understanding and governing technology transitions is essential to cope with major challenges of the...
This paper studies a growth model that is able to match several key facts of economic history. For t...
How and when do technological changes affect the rise and fall of great powers? Scholars have long o...
This paper studies the entry and exit of U.S. manufacturing plants over the business cycle and compa...
From a simple dynamic model of competition between product lines it is shown that the shape of learn...
US technological leadership and domination of the world economy were further enhanced by the extraor...
Hötte K. Skill transferability and the stability of transition pathways. A learning-based explanatio...