Catalysts of Discovery

The book offers insights for scientists, policymakers, and managers about conditions under which research technologies act as complements or substitutes to human capital skills, and how different levers can optimize their role in the innovation process. This book examines the impact of research technologies on innovation dynamics and economic growth. It proposes a conceptual framework to understand how research technologies, including AI and quantum computing, among others, influence the knowledge production process and innovation outcomes. The book offers insights for scientists, policymakers, and managers about conditions under which research technologies act as complements or substitutes to human capital skills, and how different levers can optimize their role in the innovation process. Sandra Barbosu is a researcher and policy analyst specializing in the implications of artificial intelligence for the economics of science and health innovation. She holds a PhD in Strategic Management from the Rotman School, University of Toronto, and has professional experience across academia, philanthropic funding, and science policy. Florenta Teodoridis is Associate Professor of Management and Organization in the Marshall School of Business at the University of Southern California, USA. Her main areas of interest are the economics of innovation and science, creativity and the impact of technology on society. This book examines the impact of research technologies on innovation dynamics and economic growth. It proposes a conceptual framework to understand how research technologies, including AI and quantum computing, among others, influence the knowledge production process and innovation outcomes. The book offers insights for scientists, policymakers, and managers about conditions under which research technologies act as complements or substitutes to human capital skills, and how different levers can optimize their role in the innovation process.