In this study, we empirically assess the contributions of inventors and firms for innovation using a 37-year panel of U.S. patenting activity. We estimate that inventors' human capital is 5-10 times more important than firm capabilities for explaining the variance in inventor output. We then...

Are differences in inventor productivity due to differences in inventors’ skills or differences in the capabilities of the firms they work for? We analyze a 37-year panel that tracks the patenting of U.S. inventors and find strong evidence for serial correlation in inventors’ productivity....

In this study, we empirically assess the contributions of inventors and firms for innovation using a 37-year panel of U.S. patenting activity. We estimate that inventors’ human capital is 5-10 times more important than firm capabilities for explaining the variance in inventor output. We then...

A change in US patent law in the early 1980’s increased the value of patents, particularly for firms in the electronics and semiconductors industry, yet many of the industry’s leading firms did not embrace patenting after the change. We show through an in-depth study of International...

Recommended readings (Machine generated): Jan Fagerberg, Morten Fosaas and Koson Sapprasert (2012), 'Innovation: Exploring the Knowledge Base' -- Ben R. Martin (2013), 'Innovation Studies: An Emerging Agenda' -- Eric von Hippel (2005), 'Democratizing Innovation: The Evolving Phenomenon of User...