The growth effects of intellectual property right (IPR) protection are examined in a quality-ladder model of endogenous growth. Stronger IPR protection, which reduces the probability of imitation, raises the reward for innovation. However, stronger protection reduces the number of competitive...

The existing literature on the sources and nature of productivity growth during the early industrialization stages of U.S. has identified the combination of intellectual property rights (IPRs) with a large middle class and broad participation in markets as explanations for the extraordinary...

This paper analyzes the effects of different sources of R&D funding and patent office attributes on the patenting process. Another important contribution is modeling the effect of a random delay in the ‘pendency’ time as a stochastic process and quantifying its effect on patenting. The...

The rate of patenting in the U.S. has exploded in the last half of the 1990s. It is widely believed that the increase in patent grants is at least partly a result of the apparent decline in examination standards. There has been little exploration, however, of the theoretical prediction that a...

This paper offers a theoretical treatment of information disclosure through patenting. We consider a signaling model in which two domestic firms disclose their competencies to a foreign firm. Conditions are discussed under which separating and pooling equilibria occur, together with a...

This paper examines whether patenting increases the private incentives to innovate in manufacturing. To study this issue, we build a model in which the value of an innovation depends both on the type of innovation implemented (product, process) and on the existence of a patent protection or not....