Collaborative relationships are an important anchor of innovative activity, and rates of
collaboration in science are on the rise. This research addresses differences in men's and …

Drawing upon the theory of gender frame, the research on gender in science, and social
network studies, this paper focuses on the social mechanism of collaboration, specifically …

Explanations of productivity differences between men and women in science tend to focus
on the academic sector and the individual level. This article examines how variation in …

This paper investigates the composition of creative teams of academic scientists engaged in
inventive activity. Our data provides a unique opportunity to explore the links between team …

A firm's ability to produce high-impact innovations depends upon the nature of its R&D
alliances as well as its composition of scientific human capital. The firm's scientific human …

In this study, I examine how past performance influences the relative positions of actors in a
network and how the actor-level heterogeneity in quality mediates the often-demonstrated …

We examine the effects of team structure and experience on the impact of inventions
produced by scientific teams. Whereas multidisciplinary, collaborative teams have become …

Academic scientists' engagement with industry is a central mechanism in university-industry
knowledge transfer and the development of collaborative research. However, most empirical …

This study investigates how national institutions influence innovation in a science-based
industry. The context is the biotechnology industry in the United States and France, two …

Research funding is known to affect the rate and direction of scientific and inventive activity.
Most commonly, this is understood as occurring through the allocation of funds toward …