Previous literature finds that larger downstream markets fuel the innovation of new technologies by incentivizing firms to spend more on R&D. Our evidence shows that larger markets also increase the extent of licensing-based cooperation between upstream innovators and downstream commercializers....

Innovation policy involves trading off monopoly output and pricing today in exchange for incentives for firms to develop new products. While existing research demonstrates that expected profits fuel R&D investments, little is known about the novelty of funded projects. We expand this literature...

Many scientists predicted a swift revolution in human therapeutics after the completion of the Human Genome Project (“HGP”). This revolution, however, has been slow to materialize in spite of the scientific advances. We investigate the role of biological complexity in slowing down this...

We study the drug licensing behavior (acquisition of rights for developing drugs) of large pharmaceutical firms in the aftermath of large negative shocks to their pipelines, Phase 3 failures (P3Fs). We find that P3Fs lead to increased licensing within a year of the event. This result is...

Prior research has shown that exogenous shocks to the demand for medical products spur additional product development. These studies do not distinguish between breakthrough products and those that largely duplicate the performance of existing products. In this paper, we use a novel data set to...