Theoretical models of growth reveal that either exogenous or endogenous, technology is the main driving force behind the long-run economic growth. Furthermore, in the endogenous growth framework, diffusion of technology is the basic mechanism of per capita income convergence among countries....

In this paper I consider 28 developed and developing countries, in the period 1980- 1995, and I employ the Within Group and the Generalized Method of Moments estimators to test, respectively, for Total Factor Productivity determinants and labor productivity convergence driving forces...

This paper introduces a model of localised competition and technological adoption that produces interesting geographical adoption patterns: Persistent asymmetry, where nobody adopts, Leapfrogging where only followers adopt, Forging ahead where only leaders adopt and Catching up where everybody...

This paper proposes a fixed-effect panel methodology that enables us to simultaneously take into account both TFP convergence and the traditional neoclassical-type of convergence. We analyse a sample of 199 European regions between 1985 and 2006 and find the absence of an overall process of TFP...

This paper presents a model of a developing economy that endogenizes both technological biases and demographic trends. As knowledge diffuses from foreign R&D-producing regions, potential innovators decide which technologies to develop after considering available factors of production, and...

This paper generalizes the Nelson-Phelps catch-up model of technology diffusion. We allow for the possibility that the pattern of technology difusion can be exponential, which would predict that nations would exhibit positive catch-up with the leader nation, or logistic, in which a country with...