Uzawaś steady-state growth theorem (Uzawa (1961)) is generalized to a neoclassical economy that uses current output, e. g., to create technical progress or to manufacture intermediates. The difference between aggregate final-good production and these resources is referred to as net output. The...

We develop a tractable dynamic model of productivity growth and technology spillovers that is consistent with the emergence of real world empirical productivity distributions. Firms can improve productivity by engaging in in-house R\&D, or alternatively, by trying to imitate other firms'...

We use the real wage–profit rate schedule to examine the direction of technical change in India’s organized manufacturing sector during 1980–2007. We find that technical change was Marx biased (i.e., declining capital productivity with increasing labor productivity) through the 1980s and...

We use the real wage–profit rate schedule to examine the direction of technical change in India's organized manufacturing sector during 1980–2007. We find that technical change was Marx biased (i.e., declining capital productivity with increasing labor productivity) through the 1980s and...

Uzawa's steady-state growth theorem (Uzawa (1961)) is generalized to a neoclassical economy that uses current output, e. g., to create technical progress or to manufacture intermediates. The difference between aggregate final-good production and these resources is referred to as net output. The...

We use the elements of a macroeconomic production function—physical capital, human capital, labor, and technology—together with standard growth models to frame the role of religion in economic growth. Unifying a growing literature, we argue that religion can enhance or impinge upon economic...