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This book is about inventions and innovation in U.S. Federal Laboratories. The inventions discussed are defined by the technology transfer mechanism known by the term invention disclosures and are innovations that are the output of the technology transfer process. The demonstrated positive relationships in the book's model are the groundwork for suggesting not only a rethinking of the extant empirical research, within the context of a knowledge production function but also a refocusing of U.S. technology policy in support of technology transfer from Federal Laboratories.

Place-based innovation policy design requires an in-depth understanding of territories and their complexity. Traditional statistics, with a lack of publicly available data at the disaggregated (sub-sectoral and regional) level, often do not provide adequate information. Therefore, new methods and approaches are required so that scientists and experts that can inform decision-makers and stakeholders in choosing priorities and directions for their innovation strategies. The book replies to such a need by offering advanced mapping methodologies for innovation policies with a special focus on approaches that take into account place-based policies.

Digital innovations influence every aspect of life in an increasingly digitalized world. Firms pursuing digital innovations must consider how digital technologies shape the nature, process and outcomes of innovation as well as long- and short-term social, economic and cultural consequences of their offerings. This Handbook contributes to a transdisciplinary understanding of digital innovation with a diverse set of leading scholars and their distinct perspectives. The ideas and principles advanced herein set the agenda for future transdisciplinary research on digital innovation in ways that inform not only firm-level strategies and practices but also policy decisions and science-focused investments.