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Traditionally, economists have considered the accumulation of conventional inputs such as labour and capital to be the primary force behind economic growth. In the late-1990s however, many economists place technological progress at the centre of the growth process. This shift is due to theoretical developments that allow researchers to link microeconomic outcomes.
A study of how patents and citation data can serve empirical research on innovation and technological change.
One of the most striking features of contemporary industrial economies is their ability to offer an ever-expanding and improving range of products. Personal computers, tiny pacemakers, digital watches, and VCRs simply did not exist, and were not even dreamt of, only a few decades ago. Such product innovations play an increasingly important role in modern economic growth, and it is therefore imperative that economists come to grips with them, just as they have done with traditional economic phenomena. In this skillfully crafted and imaginative study, Manuel Trajtenberg develops the tools to quantify and analyze the notion of product innovation. He argues persuasively that the magnitude of an ...
This Festschrift explores the truly exceptional breadth and depth of Paul David s work, focusing upon his contributions to the topics of path dependence, the economics of knowledge, and the diffusion of technology. The book consists of 15 papers plus an introduction by the editors and an entertaining postscript by Dominique Foray. . . For economic historians, the papers on path dependence assembled in this book, and particularly the conceptual paper by Antonelli, should be essential reading. Nikolaus Wolf, Economic History Review Recent research on the economics of innovation has acknowledged the importance of path dependence and networks in the evolution of economies and the diffusion of ne...
"Innovation and entrepreneurship are ubiquitous today, both as fields of study and as starting points for conversations among experts in government and economic development. But while these areas on continue to attract public and private investments, many measurements of their resulting economic growth-including productivity growth and business dynamism-have remained modest. Why this difference? Because not all business sectors are the same, and the transformative gains of some industries have been offset by stagnation or contraction in others. Accordingly, a nuanced understanding of the economy requires a nuanced understanding of where innovation and entrepreneurship occur and where they ma...
"Chen and Dahlman assess the effects of knowledge on economic growth. By using an array of indicators, each of which represents an aspect of knowledge, as independent variables in cross-section regressions that span 92 countries for the period 1960 to 2000, they show that knowledge is a significant determinant of long-term economic growth. In particular, the authors find that the stock of human capital, the level of domestic innovation and technological adaptation, and the level of information and communications technologies (ICT) infrastructure all exert statistically significant positive effects on long-term economic growth. More specifically with regard to the growth effects of the human ...
This innovative book comprehensively sheds light on the theory and practice of technological policies by employing modern analytical tools and economic techniques. The New Economics of Technology Policy focuses on all public interventions intended to influence the intensity, composition and direction of technological innovations within a given entity such as a region, country or group of countries. Dominique Foray has gathered together many of the leading scholars in the field to comprehensively explore numerous avenues and pathways of research. Bringing together a collection of policy-oriented papers, this book will strongly appeal to policy-makers, academic researchers and graduate students with an interest in economics, public policy, science, technology and society.
Discover new techniques for researching patents and trademarks! Patent and Trademark Information: Uses and Perspectives addresses an essential yet undervalued and often underused class of scientific and technical information. Library staff, information specialists, corporation heads and administrators, inventors, school faculty, scientists, engineers, and engineering, science and library students will gain valuable insight on historical research, practical applications, and the availability and accessibility of patenting authorities. This book focuses on methods for searching international patents and trademark information for patrons of the library using the Internet, databases, and other s...
Science and technology have long been regarded as important determinants of economic growth. Edwin Mansfield (1971, pp. 1- 2), a pioneer in the economics of technological change, noted: Technological change is an important, if not the most important, factor responsible for economic growth . . . without question, [it] is one of the most important determinants of the shape and evolution of the American economy. Science and technology are even more important in the "new economy," with its greater emphasis on the role of intellectual property and knowledge transfer. Therefore, it is unfortunate that most individuals rarely have the opportunity to explore the economic implications of science and ...
Investigating the innovation activities of multinational corporations, this book uncovers and examines why the geography of innovation by multinationals is overwhelmingly local, in spite of their global operations in manufacturing and sales through case studies of produce development by three global players: Toyota, Sony, and Canon. The microdynamic approach of the book allows an in-depth investigation of the engineering and technical aspects of innovation making. The book unfolds the complex and constant process of trial and error in innovation and reveals three fundamental natures of innovation making: complexity, interdisciplinarity, and prototyping and testing. In order to manage these three natures of innovation, firms have to plan, ironically, for unplanned situations and to collocate knowledge, people, and resources.