This paper studies the dynamics of fundamental research. We develop a simple model where researchers allocate their effort between improving existing fields and inventing new ones. A key assumption is that scientists derive utility from recognition from other scientists. We show that the economy can be either in a regime where new fields are constantly invented, and then converges to a steady state, or in a cyclical regime where periods of innovation alternate with periods of exploitation. We characterize the cyclical dynamics of the economy, show that indeterminacy may appear, and establish some comparative statics and welfare implications
Schumpeter’s memorable aphorism of ”creative destruction” has spawned numerous important contributio...
Do researchers produce scientific and technical knowledge differently than they did ten years ago? W...
Long-run technological progress is cyclical because drastic innovations that introduce new technolog...
This paper studies the dynamics of fundamental research. We develop a simple model where researchers...
Science advances by pushing the boundaries of the adjacent possible. While the global scientific ent...
This paper analyzes the production of fundamental research as a coordination game played by scholars...
We develop a dynamic stochastic general-equilibrium model of science, education and innovation to ex...
This paper analyses the consequences of young researchers' scientifc choice on the dynamics of scien...
This paper argues that innovation has evolved, from the slow, path dependent, and foreseeable world ...
Thesis: Ph. D., Massachusetts Institute of Technology, Department of Economics, 2017.Cataloged from ...
There is an increasing pressure on scholars to publish to further or sustain a career in academia. G...
In this paper we put forward a model of basic research and long-run economic growth in which the inc...
The goal of science has always been to investigate the world and its phenomena, by collecting data f...
This article constructs scale-invariant endogenous growth model with long-run cycles: New technologi...
Ever since the links between the development of new technologies and economic growth became evident,...
Schumpeter’s memorable aphorism of ”creative destruction” has spawned numerous important contributio...
Do researchers produce scientific and technical knowledge differently than they did ten years ago? W...
Long-run technological progress is cyclical because drastic innovations that introduce new technolog...
This paper studies the dynamics of fundamental research. We develop a simple model where researchers...
Science advances by pushing the boundaries of the adjacent possible. While the global scientific ent...
This paper analyzes the production of fundamental research as a coordination game played by scholars...
We develop a dynamic stochastic general-equilibrium model of science, education and innovation to ex...
This paper analyses the consequences of young researchers' scientifc choice on the dynamics of scien...
This paper argues that innovation has evolved, from the slow, path dependent, and foreseeable world ...
Thesis: Ph. D., Massachusetts Institute of Technology, Department of Economics, 2017.Cataloged from ...
There is an increasing pressure on scholars to publish to further or sustain a career in academia. G...
In this paper we put forward a model of basic research and long-run economic growth in which the inc...
The goal of science has always been to investigate the world and its phenomena, by collecting data f...
This article constructs scale-invariant endogenous growth model with long-run cycles: New technologi...
Ever since the links between the development of new technologies and economic growth became evident,...
Schumpeter’s memorable aphorism of ”creative destruction” has spawned numerous important contributio...
Do researchers produce scientific and technical knowledge differently than they did ten years ago? W...
Long-run technological progress is cyclical because drastic innovations that introduce new technolog...