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This volume consitutes a summary of several years' multi-disciplinary research by a group of Swedish researchers. The project 'Sweden's Technological Systems and Future Development Potential' was initiated by the Swedish National Board for Industrial and Technical Development (NUTEK) and has been carried out at the Department of Industrial Management and Economics at Chalmers University of Technology in Gothenburg, the Research Policy Institute at the University of Lund, the Industrial Institute for Economic and Social Research (lUI) in Stockholm, and the Department of Industrial Economics and Management at the Royal Insitute of Technology, Stockholm, under the direction of Bo Carlsson, Case...
Openness and development are key words of central importance in describing the dynamism within the present world economy. Openness denotes the entire process of internationalization and liberalization now underway in the commodity markets, factor markets and financial mar kets. Today there is hardly anational economy or company left which can afIord to ignore international dependencies. In the broadest sense of the word, development encompasses an those dynamic endogenous economic processes which create prosperity and a high standard of living via inno vation and structural change. Modem economic research has shown that both of these fields of economic causalities - which are themselves afIe...
'Birgitte Andersen revisits in a modern context the ideas of Kuznets on technological growth paths, but emphasises the structural variety in patenting where earlier authors focused on aggregate trends. This is an important contribution for scholars interested in the interface between the recent history of technology and evolutionary economics.' - John Cantwell, Rutgers University, US
(2) Do existing estimates of the no-regret potential stand up to are-evaluation within this framework? As a result of this analysis the size of previous estimates for no-regret potentials may be modified - in terms ofenergy savings or in financial terms. On the basis of these findings, we will approach the overriding third research question: (3) How large is the no-regret potential and what determines its size? The following chapter will provide a fuller account of the debate on no-regret potentials. This will be complemented by a detailed theory-based definition of no regret potentials in Chapter 2. The thesis will focus mostly on the micro-level of analysis. But we will also address the im...
This book examines the practices of contesting evidence in democratically constituted knowledge societies. It provides a multifaceted view of the processes and conditions of evidence criticism and how they determine the dynamics of de- and re-stabilization of evidence. Evidence is an essential resource for establishing claims of validity, resolving conflicts, and legitimizing decisions. In recent times, however, evidence is being contested with increasing frequency. Such contestations vary in form and severity – from questioning the interpretation of data or the methodological soundness of studies to accusations of evidence fabrication. The contributors to this volume explore which actors,...
Sagasti, director of the think tank Agenda:PER in Lima, compares building science and technology capabilities in unindustrialized countries to the eternally futile task of Sisyphus in the Greek myth.
This book contains the proceedings of the Eleventh International Symposium on Theory and Practice in Transport Economics, held in Brussels, 12th-14th September 1988. The conference focused on resources for tomorrow's transport.
The IBSS is the essential tool for librarians, university departments, research institutions and any public or private institutions whose work requires access to up-to-date and comprehensive knowledge of the social sciences.
Why are there so few women in science? In Breaking into the Lab, Sue Rosser uses the experiences of successful women scientists and engineers to answer the question of why elite institutions have so few women scientists and engineers tenured on their faculties. Women are highly qualified, motivated students, and yet they have drastically higher rates of attrition, and they are shying away from the fields with the greatest demand for workers and the biggest economic payoffs, such as engineering, computer sciences, and the physical sciences. Rosser shows that these continuing trends are not only disappointing, they are urgent: the U.S. can no longer afford to lose the talents of the women scientists and engineers, because it is quickly losing its lead in science and technology. Ultimately, these biases and barriers may lock women out of the new scientific frontiers of innovation and technology transfer, resulting in loss of useful inventions and products to society.
This book, first published in 1998, examines the interconnections between technology, economic growth and international trade.