In this paper we integrate Schumpeterian endogenous growth into a general equilibrium framework. By explicitely modelling the innovation and technology adoption process we are able to match some stylized economic facts such as entry rates and survival times of firms in the U.S. economy or the maximum convergence rates accross countries. Additionally, it allows us to propose a new definition of what a technology shock is and to compare it with the standard definition. Results show how this framework provides a plausible description of how economies grow and respond to the arrival of new technologie
We study an endogenous stochastic growth model whose dynamic evolution is determined by an adaptive ...
Starr Center and the NSF is greatly appreciated. We develop a model in which innovations in an econo...
This paper argues that observed long lags in innovation implementation rationalize Schumpeter's stat...
In this paper we integrate Schumpeterian endogenous growth into a general equilibrium framework. By ...
In this paper we integrate Schumpeterian endogenous growth into a general equilibrium framework. By ...
Technology shocks are at the core of real business cycle models. Although tra-ditionaly described as...
The paper investigates the mechanics through which novel technological principles are developed and ...
We extend the model presented in Barro and Sala-i-Martin (1997) by allowing for two types of economi...
Schumpeter stated that “wave-like fluctuations in business...are the form economic development takes...
We develop a model in which innovations in an economy’s growth potential are an important driving fo...
This paper develops a multi-sectoral endogenous growth model in order to reproduce some of the essen...
This paper puts forth a unified theory of growth that captures a number of relevant features of coun...
In this paper, I discuss some recent research in the area of economic growth and development emphasi...
We present a class of dynamic general-equilibrium models of education, innovation and technology tr...
We consider how and the extent to which a pure technology shock driven by R&D activities impacts on ...
We study an endogenous stochastic growth model whose dynamic evolution is determined by an adaptive ...
Starr Center and the NSF is greatly appreciated. We develop a model in which innovations in an econo...
This paper argues that observed long lags in innovation implementation rationalize Schumpeter's stat...
In this paper we integrate Schumpeterian endogenous growth into a general equilibrium framework. By ...
In this paper we integrate Schumpeterian endogenous growth into a general equilibrium framework. By ...
Technology shocks are at the core of real business cycle models. Although tra-ditionaly described as...
The paper investigates the mechanics through which novel technological principles are developed and ...
We extend the model presented in Barro and Sala-i-Martin (1997) by allowing for two types of economi...
Schumpeter stated that “wave-like fluctuations in business...are the form economic development takes...
We develop a model in which innovations in an economy’s growth potential are an important driving fo...
This paper develops a multi-sectoral endogenous growth model in order to reproduce some of the essen...
This paper puts forth a unified theory of growth that captures a number of relevant features of coun...
In this paper, I discuss some recent research in the area of economic growth and development emphasi...
We present a class of dynamic general-equilibrium models of education, innovation and technology tr...
We consider how and the extent to which a pure technology shock driven by R&D activities impacts on ...
We study an endogenous stochastic growth model whose dynamic evolution is determined by an adaptive ...
Starr Center and the NSF is greatly appreciated. We develop a model in which innovations in an econo...
This paper argues that observed long lags in innovation implementation rationalize Schumpeter's stat...