This paper develops and discusses a neoclassical growth model with two inputs: physical capital stock and combined stock of human and intellectual capital. The production process is subject to diminishing returns to capital in perfect markets, in sharp contrast to new endogenous growth models that assume increasing returns to capital in imperfect markets. The model finds that a high saving rate raises both transitional and steady state growth rates of output through increases in physical, human, and intellectual investments that augment labor productivity—a key extension of the Solow (1956)-Swan (1956) growth model. Additionally, the paper derives an optimal rule for choosing the saving rate that maximizes consumer welfare. Implications...
This paper introduces two forms of interaction between private and public capital in an endogenous g...
The determinants of the direction of technical change and their implications for economic growth and...
Acknowledging the economic role of all living things can trigger an endogenous production shift, whi...
This paper develops and discusses a neoclassical growth model with two inputs: physical capit...
This paper examines the ability of alternative classes of growth models to explain the historical ex...
This paper constructs a model of non-balanced endogenous growth. The econ-omy features two sectors w...
The determinants of the direction of technical change and their implications for economic growth an...
An endogenous growth model is presented in which productive government expenditure takes the form of...
In the paper a growth model is developed which admits endogenous growth. Endogenous growth is due to...
The determinants of the direction of technical change and their implications for economic growth and...
The determinants of the direction of technical change and their implications for economic growth and...
The process of capital accumulation understood as a rise in the capitallabor ratio steadily raises t...
Extensive growth based on the expansion of inputs is likely to be subject to diminishing returns. Th...
An endogenous growth model is presented that combines two well-known 'sources of growth': technologi...
[eng] In this paper we claim that capital is as important in the production of ideas as in the produ...
This paper introduces two forms of interaction between private and public capital in an endogenous g...
The determinants of the direction of technical change and their implications for economic growth and...
Acknowledging the economic role of all living things can trigger an endogenous production shift, whi...
This paper develops and discusses a neoclassical growth model with two inputs: physical capit...
This paper examines the ability of alternative classes of growth models to explain the historical ex...
This paper constructs a model of non-balanced endogenous growth. The econ-omy features two sectors w...
The determinants of the direction of technical change and their implications for economic growth an...
An endogenous growth model is presented in which productive government expenditure takes the form of...
In the paper a growth model is developed which admits endogenous growth. Endogenous growth is due to...
The determinants of the direction of technical change and their implications for economic growth and...
The determinants of the direction of technical change and their implications for economic growth and...
The process of capital accumulation understood as a rise in the capitallabor ratio steadily raises t...
Extensive growth based on the expansion of inputs is likely to be subject to diminishing returns. Th...
An endogenous growth model is presented that combines two well-known 'sources of growth': technologi...
[eng] In this paper we claim that capital is as important in the production of ideas as in the produ...
This paper introduces two forms of interaction between private and public capital in an endogenous g...
The determinants of the direction of technical change and their implications for economic growth and...
Acknowledging the economic role of all living things can trigger an endogenous production shift, whi...