Technology's contribution to economic growth and competitiveness has been the subject of vigorous debate in recent years. This book demonstrates the importance of a historical perspective in understanding the role of technological innovation in the economy. The authors examine key episodes and institutions in the development of the U.S. research system and in the development of the research systems of other industrial economies. They argue that the large potential contributions of economics to the understanding of technology (...) and economic growth have been constrained by the narrow theoretical framework employed within neoclassical economies. A richer framework, they believe, will support a more fruitful dialogue among economists, policymakers, and managers on the organization of public and private institutions for innovation. David Mowery is Associate Professor of Business and Public Policy at the School of Business Administration, University of California, Berkeley. Nathan S. Rosenberg is Fairleigh Dickinson Professor of Economics at Stanford University. He is the author of Inside the Black Box: Technology and Economics. (shrink)

Instead of relying on the usual price elasticity technique, this book combines economic and engineering analysis to study economic growth and energy demands to the year 2000. It asserts that future energy demand will be determined by two basic factors--the gross national product and the efficiency with which energy is used to produce this output in the household, commercial, industrial, and transport sectors of the economy.Labor hours multiplied by a productivity factor results in the GNP. This study (...) predicts that, in the long run, productivity in the United States will recover most of the sharp losses registered in the past five years. The study points out the decelerating population growth, the higher number of women in the labor force, and new investments as having an influence on this situation.After projecting the size and composition of each of the four energy consuming sectors that account for the total GNP. Energy and Economic Growth estimates efficiency improvements for each. It shows, for example, that higher levels of thermal insulation will reduce sharply energy needs for household heating and cooling. Similarly, the study notes that improvements in energy consumption per dollar of output can be made for each of the energy intensive manufacturing industries, nothing that although the savings in energy are significant, none is a consequence of pushing improvements to known technological limits. Finally, the book establishes the price elasticities that are inherent in the calculated energy requirements and checks these against elasticity estimates made by other researchers. (shrink)

The productivity gains generated by innovation are the root cause of long-term economic growth. In this paper, two empirical hypotheses are proposed to clarify our view: the trade turnover of technology market and intellectual property protection are important factors to stimulate innovation; The main channel of communication is through the increase of research staff and R&D funds. The empirical research result show that: The greater the technology trade volume, the greater the incentive to regional innovation activities, (...) the greater the number of regional patents; About the intellectual property protection, The higher the protection intensity is, the greater the incentive is to regional innovation activities and the greater the number of regional patents. Different from relevant researches, this paper discusses the decisive role of market activity and legal environment on regional innovation behavior from the perspective of technology trade and patent protection, and emphasizes the theoretical significance of market and legal system from a more general perspective. (shrink)

This paper investigates the relationship between technological finance, high-quality economic growth, and financial stability. Based on data of 30 provinces collected between 2004 and 2017, this paper adopts the method of factor analysis to construct comprehensive indexes of technological finance and financial stability before calculating green total factor productivity as the index of high-quality development, using the CRS Multiplicative Model. Then it constructs the spatial SAC model and PVAR model for analyses of the just-mentioned relationship based on the (...) total sample of the nation and regional samples in eastern, middle, and western China, respectively. The results reveal that All samples, whether the total national samples or regional samples of eastern, middle, and western China demonstrate the positive influence of technological finance on high-quality economic development, with an obvious spatial spillover effect. The impact factor is the highest in the eastern region, while the western region holds the lowest factor among the three. Judging by the general national sample, technological finance has an obvious negative shock effect on financial stability within a short period, but the effect gradually dwindles as time goes by. This rule applies to the sample of the eastern region, as its technological finance poses a short-time negative shock effect on financial stability, before gradually diminishing to 0. Neither western nor middle regions have displayed an obvious shock impact on financial stability. (shrink)

This book examines the long term economic growth that has raised the West's material living standards to levels undreamed of by counterparts in any previous time or place. The authors argue that this growth has been driven by technological revolutions that have periodically transformed the West's economic, social and political landscape over the last 10,000 years and allowed the West to become, until recently, the world's only dominant technological force. Unique in the diversity of the analytical (...) techniques used, the book begins with a discussion of the causes and consequences of economic growth and technological change. The authors argue that long term economic growth is largely driven by pervasive technologies now known as General Purpose. They establish an alternative to the standard growth models that use an aggregate production function and then introduce the concept of GPTs, complete with a study of how these technologies have transformed the West since the Neolithic Agricultural Revolution. Early modern science is given more importance than in most other treatments and the 19th century demographic revolution is studied with a combination of formal models of population dynamics and historical analysis. The authors argue that once sustained growth was established in the West, formal models can shed much light on its subsequent behaviour. They build non-conventional, dynamic, non-stationary equilibrium models of GPT-driven growth that incorporate a range of phenomena that their historical studies show to be important but which are excluded from other GPT models in the interests of analytical tractability. The book concludes with a study of the policy implications that follow from their unique approach. (shrink)

Military and defense-related procurement has been an important source of technology development across a broad spectrum of industries that account for an important share of United States industrial production. In this book, the author focuses on six general-purpose technologies: interchangeable parts and mass production; military and commercial aircraft; nuclear energy and electric power; computers and semiconductors; the INTERNET; and the space industries. In each of these industries, technology development would have occurred more slowly, and in some case much (...) more slowly or not at all, in the absence of military and defense-related procurement. The book addresses three questions that have significant implications for the future growth of the United States economy. One is whether changes in the structure of the United States economy and of the defense-industrial base preclude military and defense-related procurement from playing the role in the development of advanced technology in the future, comparable to the role it has played in the past. A second question is whether public support for commercially oriented research and development will become an important source of new general-purpose technologies. A third and more disturbing question is whether a major war, or the threat of major war, will be necessary to mobilize the scientific, technical, and financial resources necessary to induce the development of new general-purpose technologies. When the history of United States technology development in the next half century is written, it will focus on incremental rather than revolutionary changes in both military and commercial technology. It will also be written within the context of slower productivity growth than of the relatively high rates that prevailed in the United States in the 1950s and 1960s or during the information technology bubble that began in the early 1990s. These will impose severe constraints on the capacity of the United States to sustain a global-class military posture and a position of leadership in the global economy. (shrink)

The article investigates the significance of time, the nature of capital, and the role of technological progress in economic processes. The presented analysis of the three economic categories makes use of the theoretical achievements of notable representatives of the Austrian School of Economics, for whom a creative entrepreneur was the main protagonist of the interactions taking place in the economy. The above-mentioned economic categories, taken together, are for him the foundation of human activity. The time factor is (...) of great importance for man – individuals constantly analyse historical events so as to attain success in contemporary economic reality, and in the future. Capital is the basis for economic calculation, which underpins all entrepreneurial activity. Technological progress, which happens in time and requires considerable capital outlay, is the driving force of economic growth. (shrink)

Human capital and ICT have a significant role in determining human development. The impacts of ICT and human capital on green growth and environmental sustainability should be explored for sustainable economic development. This research contributes to the literature on the role of ICTs and human capital in the determination of green growth and environmental performance. Based on time-series data 1990–2019, the study intends to investigate the impact of ICTs and human capital on environmental and green growth (...) performance for China. The study reports that ICTs tend to reduce CO2 emissions and improve green growth in the long-run. However, education reduces CO2 emissions in the long-run but does not produce any significant impact on green growth in the long-run. It is suggested that government should invest in environmental efficiency and environmental technologies simultaneously with human capital that could significantly contribute to pollution reduction. Lastly, policies to increase human capital should be implemented simultaneously with policies to promote ICTs contribution in order to confirm green growth and environmental protection. (shrink)

Ever since Adam Smith, economists have been preoccupied with the puzzle of economic growth. The standard mainstream models of economic growth were and often still are based either on assumptions of diminishing returns on capital with technological innovation or on endogenous dynamics combined with a corresponding technological and institutional setting. An alternative model of economic growth emerged from the Cambridge School of Keynesian economists in the 1950s and 1960s. This model - developed mainly by (...) Luigi Pasinetti - emphasizes the importance of demand, human learning and the growth dynamics of industrial systems. Finally, in the past decade, new mainstream models have emerged incorporating technology or demand-based structural change and extending the notion of balanced growth. This collection of essays reassesses Pasinetti's theory of structural dynamics in the context of these recent developments, with contributions from economists writing in both the mainstream and the Cambridge Keynesian traditions and including Luigi Pasinetti, William Baumol, Geoffrey Harcourt and Nobel laureate Robert Solow. (shrink)

Financial market and economic growth and development trends can be regarded as an extremely complex system, and the in-depth study and prediction of this complex system has always been the focus of attention of economists and other scholars. Emotion recognition algorithm is a pattern recognition technology that integrates a number of emerging science and technology, and has good non-linear system fitting capabilities. However, using emotion recognition algorithm models to analyze and predict financial market and economic (...) growth and development trends can yield more accurate prediction results. This article first gives a detailed introduction to the existing financial development and economic growth status and development trend forecasting problems, and then gives a brief overview of the concept of emotion recognition algorithms. Then, it describes the emotion recognition methods, including statistical emotion recognition methods, mixed emotion recognition methods, and emotion recognition methods based on knowledge technology, and conducts in-depth research on the three algorithm models of statistical emotion recognition methods, they are the support vector machine algorithm model, the artificial neural network algorithm model, and the long and short-term memory network algorithm model. Finally, these three algorithm models are applied to the financial market and economic growth and development trend prediction experiments. Experimental results show that the average absolute error of the three algorithms is below 25, which verifies that the emotion recognition algorithm has good operability and feasibility for the prediction of financial market and economic growth and development trends. (shrink)

Education is increasingly vocational and structured to serve the ongoing exponential increase in economic growth. Climate change is an outcome of these same economic values and praxes. Attempts to shift these values and our approach to technology are continually absorbed and overcome by the pressing motif of economic growth. In this article, Ruth Irwin uses Martin Heidegger's concept of the technological enframing of modernity to view economic growth. John Maynard Keynes's notion of (...) economic growth has impacted the pace of consumerism that now permeates every aspect of knowing about the world we live in. Irwin asks us to think through technological enframing anew by looking to an early mechanical Greek artifact, the Antikythera mechanism, which depicts a cyclical notion of time used by ancient cultures to define the rhythm of economic productivity. The earth-centric cosmos embodied by this mechanism helped the Mesopotamian economy stay within the parameters of the local ecology and demonstrates that cyclical economic growth may enable a civilization to maintain a steady state over time and survive for millennia. An earth-centric cosmology creates a different set of values, one that emphasizes the need to regulate the pace of consumerism rather than allowing it free rein “as by an Invisible Hand.” The role of education in this exploration is twofold: first, it is a pivotal site for cultural exploration and transformation; and second, the expectations of the state strictly limit the forms education can take, so that as long as promoting economic growth defines state expectations, education will remain subservient to these values. If we aim to overcome climate change, Irwin concludes, we need to transform the expectations for education from society as well as from teachers. (shrink)

In the complex diversity of processes and phenomena associated with the revolution in science and technology and characteristic of the functioning of capitalism in the 1960s, a new and at the same time highly characteristic phenomenon is to be seen. This is the complex scientific-technological project, which made its appearance at the leading edge of scientific and engineering progress. Maximum national technical, economic, and scientific potential is concentrated on its implementation, as are the latest achievements in management and (...) organization. Projects of this order are elevated to the level of "national goals and interests," as a consequence of which the government works actively to assist them and regards their implementation as a factor promoting economic growth and the country's authority in the international arena. (shrink)

The economic restructuring and rapid rise of the economy in Northeast China have resulted in a proliferation of new ventures. Studying the psychology of new entrepreneurs is conducive to understanding the relationship between human capital and economic growth. The work reported here aims to explore the impact of human capital on economic growth in Northeast China and the influencing factors of psychological capital of new entrepreneurs in the entrepreneurial process. Based on Cobb–Douglas production function, the (...) relationship between labor, physical capital, or human capital and economic growth in Northeast China is analyzed by econometric methods, and a model of human capital and economic growth in Northeast China is constructed. Besides, a psychological capital intervention model is proposed to develop the psychological capital of new entrepreneurs, and the psychological quality structure model of entrepreneurial entrepreneurs and its operation mechanism. The results of the empirical analysis demonstrate that the elasticity coefficient of human capital in Northeast China is 0.15902, five times smaller than that of labor and physical capital. Moreover, 70% of new ventures are willing to accept higher education. The fitting degree of using the PCI model to develop the psychological capital of new ventures is only 0.3%. In addition, the modified external environment PCI instead of the external environment PCI model has a huge operating potential in the macro-entrepreneurial environment. In conclusion, the impact of human capital on economic growth in the northeast is smaller than the impact of labor and material capital investment on regional economic growth. The development of human capital and research on the composition and mechanism of psychological quality of entrepreneurial entrepreneurs are of significant theoretical and practical values to promote the economic growth in the northeast. (shrink)

China's domestic labor market has limited demand for tertiary graduates due to an unbalanced industrial structure, with a weak contribution to economic performance over the past decade. This study estimates the asymmetric effects of higher education progress (highly educated employed workforce), higher education utilization (highly educated unemployed workforce), and the separate effects of higher education utilization interactions with high-tech industries on economic growth in China from 1980 to 2020. Using a Nonlinear Autoregressive Distributed Lag (NARDL) model, this (...) study finds that the expansion of higher education progress (the employed workforce with higher education) promotes economic growth, while contraction of higher education progress (employed workforce with higher education) reduces economic growth. Likewise, an increase in higher education utilization (the unemployed labor force with higher education) suppresses economic growth, while a decline in the higher education utilization (the unemployed labor force with higher education) promotes economic growth. The study also found that the expansion of high-tech industries and government spending on education significantly stimulate economic growth. The moderating role of higher education utilization (unemployed labor force with higher education) in the impact of high-tech industries on economic growth is significantly positive. This study strategically proposes that China's higher-educated unemployed labor force can be adjusted to high-tech industries, which need to be developed equally in all regions. Moreover, the country is required to invest more in higher education and the development of high technological industries across all regions, thus may lead to higher economic growth. (shrink)

The debates over the future of human population and the earth’s environment, and similar large issues, usually take place without reference to explicit models. Debate would be clarified if such models were employed. We propose that the logistic equation and its extensions like the generalized logistic and the Lotka-Volterra equations, so familiar to ecologists, can easily be modified to model the important "macro" questions that motivated the three thinkers of our title. The long term rate of population growth must (...) normally be controlled by the rate of improvement in K, the carrying capacity of the earth. K will in turn be controlled by the rate of technological progress. The present situation, in which technological improvement (but also perhaps environmental deterioration) are increasing at rates above r, the Malthusian intrinsic rate of natural increase, is probably unique in human history. Can present levels of human prosperity and population growth be sustained? What processes are most likely to determine the answer to this and similar questions? We here sketch a model that endogenizes technological progress and environmental deterioration in the logistic framework. We discuss extensions of the logistic approach to multiple populations, such as other species, and sub-populations, such as human social classes, using the Lotka-Volterra equations. (shrink)

The analysis of data from electronic health records aspires to facilitate healthcare efficiencies and biomedical innovation. There are also ethical, legal and social implications from the handling of sensitive patient information. The paper explores the concerns, expectations and implications of the National Health Service England care.data programme: a national data sharing initiative of linked electronic health records for healthcare and other research purposes. Using Nissenbaum’s contextual integrity of privacy framework through a critical Science and Technology Studies lens, it examines (...) the way technologies and policies are developed to promote sustainability, governance and economic growth as the de facto social values, while reducing privacy to an individualistic preference. The state, acting as a new, central data broker reappropriates public ownership rights and establishes those information flows and transmission principles that facilitate the assetisation of NHS datasets for the knowledge economy. Various actors and processes from other contexts attempt to erode the public healthcare sector and privilege new information recipients. However, such data sharing initiatives in healthcare will be resisted if we continue to focus only on the monetary and scientific values of these datasets and keep ignoring their equally important social and ethical values. (shrink)

Education, innovation, the labour force, and new businesses are considered the key important sectors (factors) for developed and emerging economies. The paper analyses are performed by using the Cobb Douglas production function for analysing the impact and correlation of these factors (variables) on the economic growth of Kosova during the period 2013 - 2021. The variables of public expenditures on education as a percentage of GDP and the labour force have shown a negative impact on growth and (...) they have operated under decreasing returns to scale (based on the Cobb-Douglas function), while the variables of information, computer and telecommunication services (which refer to innovation technology) and new business creation have indicated a positive impact on growth and they have operated under increasing returns to scale (based on the Cobb-Douglas function). In addition, this paper summarized a few useful conclusions: first, public expenditure on education should provide an important contribution on growth; second, enhancing the role of education to improve and develop new knowledge for the labour force in Kosova, and at the same time, to adapt with new labour market demand; third, information, computer and telecommunication is one of the leading export sectors and this sector should provide higher potential and contributions on the economic growth of Kosova; fourth, new businesses creation should provide a significant contribution to increase economic growth. These variables in many countries have made a key value contribution to the economy by driving it toward sustainability, development, and growth. (shrink)

This article draws on theoretical resources from economic sociology and sociology of law to intervene in economic debates about the relationship between intellectual property and industrialization. Utilizing historical evidence from the earliest period of American intellectual property law and from a formative company in the New England textile industry, I propose a social process of influence that connects intellectual property law to industrialization. I argue that, consistent with the findings of New Economic Sociology, social relationship structures and (...) social capital are the proximate influential force in industrialization. However, I also argue that transformative changes in those social relationship structures are rooted in the emergence of a particular type of political culture: what I call here, borrowing from Hannah Arendt and Frank Dobbin, a “Natal-Industrial Culture.” A Natal-Industrial Culture, as I propose it here, is a political culture in which collective hopes for the future are placed in new technologies and new cultural products, as means for achieving economic growth. Intellectual property law contributed to the emergence of this new type of political culture by holding out the promise of property, as a reward for the provision of new technologies or new cultural products. Because of the way that hope works on motivation—through cognitive pre-rehearsals of future attainment, which involve semantically-meaningful propositions and contribute to positive emotional experience—the promise of property provided a powerful stimulant to social capital formation. Working through the semantic resonances of property, intellectual property law contributed to a political culture in which invention and creativity were expected to secure a future of growth within the political community, both for particular members and for the political community, as a whole. By fostering a Natal-Industrial Culture, intellectual property law contributed to systematic invention and social capital-formation, leading, in turn, to the transformative changes in working and material provisioning that constitute industrialization. (shrink)

This text offers a critique of a certain development in political discourses on progress, namely the “decoupling” of notions of moral from notions of technological progress. This decoupling yields fatal social, economic and ecologic consequences in practice that ultimately amount to a virtual perversion of progress. The second part of the paper reflects upon the psychosocial drivers of this dynamic. I venture that the only motive that may explain why we reproduce this dynamic even as we increasingly suffer from (...) its consequences is a compulsive avoidance of limitation, i.e. non-satisfaction of needs. Finally, I offer some tentative suggestions as to what a mature approach towards limitation would entail. (shrink)

The usual practice in contemporary literature is to treat of economic growth by way of an analysis of the several factors whose joint operation is thought to issue in an expansion of the productive powers of society. There are, for instance, the factors of saving and investment; investment leads to an increase in the social product and, if sufficiently large, to a rise in per capita income. Around this central mechanism of growth, many authors group a variety (...) of contributing factors which perform a more or less decisive role in raising a country from poverty to riches. Those usually discussed include population, entrepreneurship, technology, resources, and a somewhat loosely defined category of social and institutional factors. (shrink)

The technological progress makes great contribution to the rapid economic growth of China during its past three decades of reform and opening up. An empirical analysis conducted over China’s total factor productivity certifies this conclusion but it also reveals that China’s TFP growth rate is not very high. We further explore the various stages of change of China’s total factor productivity and the causes of these changes and finally take an analytical calculation over the present flaws of (...) China’s innovation system and offer some advices. (shrink)

Integrating the preservation of cultural heritage with the development of tourism is essential for fostering sustainable economic growth and honoring historical and cultural values. This abstract outlines the pivotal findings from an action research project in an urban setting within the Yangtze River Delta region, emphasizing the role of market innovation and the strategic use of emerging technologies to align cultural heritage conservation with tourism economic growth. The project was approached through a multifaceted methodology, including a (...) literature review, field research, and qualitative data analysis. The research adopted a proactive methodology, harnessing Virtual Reality (VR) and Augmented Reality (AR) to significantly boost visitor engagement and educational enrichment. Integral to the project's strategy was the active inclusion of the community and an educational framework that underscored the collaborative development of knowledge, valuing local perspectives. The implementation of these technologies facilitated immersive experiences, leading to a substantial increase in tourist satisfaction and an enhanced awareness of cultural heritage among residents, suggesting a symbiotic dynamic between preservation efforts and development. Despite the study's regional focus, which presents limitations in the generalizability of the findings, the results underscore the necessity for expanded research. There is a clear need to examine the intricate interplay between technological optimization and conservation strategies within a variety of cultural and geographical contexts. The insights garnered from this study contribute meaningfully to the field of sustainable cultural heritage tourism, suggesting avenues for future exploration and practical application. (shrink)

The implementation of cyber-physical and similar systems depends on prevailing social and economic conditions. It is here argued that, if the effect of these technologies is to be benign, the current neo-liberal economy must change to a radically more cooperative model. In this paper, economy change means a thorough change to a qualitatively different kind of economy. It is contrasted with economic change, which is the kind of minor change usually considered in mainstream discourse. The importance of language (...) is emphasised, including that of techno-optimism and that of economic conservatism. Problems of injustice, strife, and ecological overload cannot be solved by conventional growth together with technical efficiency gains. Rather, a change is advocated from economics-as-usual to a broader concept, oikonomia, which takes into account all that contributes to a good life, including what cannot be represented quantitatively. Some elements of such a broader economy are discussed. It is argued that the benefits of technology can be enhanced and the ills reduced in such an economy. This is discussed in the case of cyber-physical systems under the headings employment, security, standards and oligopoly, and energy efficiency. The paper concludes that such systems, and similar technological developments, cannot resolve the problems of sustainability within an economy-as-usual model. If, however, there is the will to create a cooperative and sustainable economy, technology can contribute significantly to the resolution of present problems. (shrink)

Economic growth is determined by the supply and demand of investment capital; technology determines the demand for capital; while human nature determines the supply. The supply curve has two distinct parts; giving the world economy two distinct modes. In the familiar slow growth mode; rates of return are limited by human discount rates. In the fast growth mode; investment is limited by the world's wealth. Historical trends suggest that we may transition to the fast mode (...) in roughly another century and a half. Can some new technology switch us to the fast mode more quickly than this? Perhaps; but such a technology must greatly raise the rate of return for the world's expected worst investment project. It must thus be very broadly applicable; improving almost all forms of capital and investment. Furthermore; investment externalities must remain within certain limits. (shrink)

New technologies are often radical innovations that change current activities across different areas of social and economic life. At the beginning of the 21st century, some of these technologies are information and communications technology, nanotechnology, biotechnology, robotics, and artificial intelligence. These innovations stimulate new opportunities for the production, distribution, and consumption of goods and services, and thus can help solve social problems. But they also cause new social risks and inequalities.

Economists have long treated technological phenomena as events transpiring inside a black box and, on the whole, have adhered rather strictly to a self-imposed ordinance not to inquire too seriously into what transpires inside that box. The purpose of Professor Rosenberg's work is to break open and examine the contents of the black box. In so doing, a number of important economic problems be powerfully illuminated. The author clearly shows how specific features of individual technologies have shaped a number (...) of variables of great concern to economists: the rate of productivity improvement, the nature of learning processes underlying technological change itself, the speed of technology transfer, and the effectiveness of government policies that are intended to influence technologies in particular ways. The separate chapters of this book reflect a primary concern with some of the distinctive aspects of industrial technologies in the twentieth century, such as the increasing reliance upon science, but also the considerable subtlety and complexity of the dialectic between science and technology. Other concerns include the rapid growth in the development of costs associated with new technologies as well as the difficulty of predicting the eventual performance characteristics of newly emerging technologies. (shrink)

Modem economics relied on the false presupposition that natural resources are free goods. It gave rise to exaggerated expectations on the side of economists concerning the possibilities of economic growth. I try to interpret the terms of natural resources, sustaining capacity, production from a human-ecological platform. The quantity of natural resources may vary within a large spectrum between absolute abundance and total exhaustion. The support capacity can be raised in different ways. Extensive growth is wrong while technological (...) development is a good way. So, certain technological-market processes aiming at extensive growth must be suppressed, processes that could increase effectivity and technical developments, which would draw new resources into production, should be supported. (shrink)

This book seeks to explain long-term economic development and institutional change in terms of the cognitive features of human learning and communication processes. Martens links individual cognitive processes to macroeconomic growth theories, including economies of scale and scope, and to theories of institutional development based on asymmetric information in production processes and economies of scale in enforcement technology. With considerable flair, Bertin Martens has applied the hot new area of psychological and behavioural economics to notions of (...) class='Hi'>growth and development and has created a unique and impressive volume. (shrink)

The interrelations of science and technology as an object of study seem to have drawn the attention of a number of disciplines: the history of both science and technology, sociology, economics and economic history, and even the philosophy of science. The question that comes to mind is whether the phenomenon itself is new or if advances in the disciplines involved account for this novel interest, or, in fact, if both are intercon nected. When the editors set out (...) to plan this volume, their more or less explicit conviction was that the relationship of science and technology did reveal a new configuration and that the disciplines concerned with 1tS analysis failed at least in part to deal with the change because of conceptual and methodological preconceptions. To say this does not imply a verdict on the insufficiency of one and the superiority of any other one disciplinary approach. Rather, the situation is much more complex. In economics, for example, the interest in the relationship between science and technology is deeply influenced by the theoretical problem of accounting for the factors of economic growth. The primary concern is with technology and the problem is whether the market induces technological advances or whether they induce new demands that explain the subsequent diffusion of new technologies. Science is generally considered to be an exogenous factor not directly subject to market forces and, therefore, appears to be of no interest. (shrink)

Technological unemployment is a situation when people are without work and seeking work because of innovative production processes and labor-saving organizational solutions.

In the age of globalization, economic growth and the welfare of nations decisively depend on basic innovations. Therefore, education and knowledge is an important advantage of competition in highly developed countries with high standards of salaries, but raw material shortage. In the twenty-first century, innovations will arise from problem-oriented research, crossing over traditional faculties and disciplines. Therefore, we need platforms of interdisciplinary dialogue to choose transdisciplinary problems and to cluster new portfolios of technologies. The clusters of research during (...) the excellence initiative at German universities are examples of converging sciences. The integration of natural and engineering sciences as well as medicine can only be realized if the research training programs generate a considerable added value in terms of multidisciplinary experience, international networking, scientific and entrepreneurial know-how, and personality development. The Carl von Linde-Academy is presented as an example of an interdisciplinary center of research and teaching at the Technical University of Munich. (shrink)

Narratives inform policymaking by building consensus, stabilizing our shared beliefs, and legitimizing our assumptions (Roe 1992, 1994). This research applies narrative policy analysis to identify and compare the dominant agriculture and food (agri-food) narratives of Canadian federal government and civil society policy over time. It aims to understand and compare what narratives are driving the agri-food policy priorities of each group, with particular attention to how policy narratives address social and environmental goals. This analysis documents and confirms a Neoliberal Techno-optimist (...) Growth Narrative as the dominant narrative in federal Canadian Agriculture and Agri-food Canada (AAFC) policy between 1986 and 2019. Over a similar period, civil society has adopted narratives that prioritize localization and democratization of the food system as well as food security. While the neoliberal priorities of market expansion and competitiveness are the focus within federal narratives, civil society concerns related to the social and environmental costs of economic efficiency, including reduced farmer livelihoods, environmental degradation, and loss of community decision-making capacity, have received marginal attention from federal policy. We discuss how the Neoliberal Techno-optimist Growth Narrative imposes structural barriers on the pursuit of environmental and social goals by establishing a hierarchy of goals whereby environmental/social goals can only be pursued to the extent that they contribute to economic growth and by promoting a techno-optimist approach. As such, the dominant Neoliberal Techno-optimist Growth Narrative stabilizes two contested assumptions: (1) economic growth through liberalized trade is the best approach to achieve societal wellbeing, and (2) that technological innovation will sufficiently address environmental pressures. (shrink)

IntroductionLarge corporations—from Apple to Volkswagen—are powerful; whereas their customers are much less powerful. But many observers believe that information and communication technologies are giving consumers weapons to level the playing field. Is this really true?From Theory to the Reality of Economic PowerTechnology and economic power share one characteristic: economic theory has long ignored them.Starting with the industrial revolution, technology has been the first driver of economic growth. But it is only a couple of centuries (...) later that economic theory gave it the place it deserves—as an engine of economic cycles.In classical economic theory, economic power did not exist. Market mechanisms excluded it—many suppliers sell to many buyers without any mutual influence and without any say on price. The only exception was monopolies, and their power was evil.The emergence of the modern corporation, the multiplication of oligopolies, and the Depression were all needed to slowly dem. (shrink)

National policy and technology. Manufacture. Transportation and communication. Agriculture. Construction. Science in the professions. The industriakist. Labor. The farmes. Economic motives for resistance. Machines and the worker: a case study of the cigar industry. The development of urban communities and social disorgaization. The family. The comforts of life. Public resistance. Thechnology and human welfare: a case of the doctor and the hospital. The growth services of municipal government. The changing federal systems: the States. The changing federal systems: (...) national government. Resistance through government. News, knowledge, and social control: a case study of government, Technology and the new society. (shrink)

In his evaluation of the major social reform movements of his era, Mill chastised well-meaning reformers for their reluctance to elevate Malthusianism to a position of prominence in their efforts. He was convinced that the key to the material, mental, and moral improvement of the poor and the workers lay in a reduction of their physical numbers and in the behavioural modifications entailed by such a diminution, whereas most other reformers looked elsewhere for solutions. A favourite assumption about the proper (...) means for effecting social reform was that economic growth served as an effective and almost automatic instrument for improving society. Then, as now, an unquestioned faith in the capacity of a progressive economy to stimulate gains in per capita income for the lower classes set the terms for the discussion.1 However, by suggesting that broader and more intensive economic development without a corresponding reduction in the rate of population increase would not generate material gains for those living in indigence, let alone the broader socio-cultural progress that was to have followed closely upon its heels, Mill casts aspersions upon the ‘false ideal’ of economic growth which informed many grand programmes for social progress. (shrink)

First published in 1997, this volume addressed the growing preoccupation of scientists at the time had in environmental phenomena, such as global warming, ozone layer depletion, acid rains, fresh water and ocean pollution, desertification, deforestation and the loss of bio-diversity. The crucial and pressing nature of these issues spawned says the author a new wave of research in environmental economics. The volume provides broad surveys of the developments in the economics of the environment and reports on the developing set of (...) environmental problems, analytical tools and economic policies. The importance of the developing approach was that environmental problems are no longer isolated from all other economic dimensions. Throughout the volume they are analysed in an open, generally non-competitive economy with transnational or global externalities. The first part deals with the relationship between the environment, economic growth and technological innovation. The second part analyses the optimal design of environmental taxation, while the third part considers the international dimension of environmental policy. (shrink)

This paper discusses the economic, health and social potential of nanotechnology. This involves the development of techniques for the manipulation of matter at the atomic and molecular levels. These new materials can perform multiple functions and be economically produced in large quantities, and hence have the potential for replacing existing technologies and materials in socially and economically disruptive ways. The paper raises some ethical, social and moral concerns arising from the capabilities of such materials, and discusses possible ways to (...) regulate the growth of nanotechnology and allow the society to reap the benefits. (shrink)

In 1978, 16 months after Mao Zedong’s death, China’s new leader, Deng Xiaoping, introduced market reforms and an “opening” to the West that allowed the US company Hewlett-Packard to enter China in 1981. Shortly thereafter, HP began a partnership with the Chinese company Legend Computer, through which HP transferred its technology in four main areas: product technology, business model, management practices, and strategic planning processes. This technology transfer seems to be a “just exchange” in that HP received (...) access to China’s market while China received key managerial, marketing, and product technologies. Although multinationals are often criticized for their dealings with developing nations, the HP–Legend case provides an illustration of how a company from an industrialized nation can deal justly with a developing nation and assist in advancing its development. The transfer of technology from HP to Legend was facilitated by several factors, including HP’s historical willingness to help startups, its strategic posture, a favorable local environment, Legend’s recognition of its own needs, its willingness to learn from a foreign company, and the incentives to share technology that the Chinese government provided. (shrink)

Improving the coordination between technological innovation in high-tech industries and regional economic development is an important measure for all provinces to implement the innovation-driven development strategy. Based on the analysis of the mechanism of high-tech industrial technological innovation and regional economic development, this paper constructs the measurement index system of high-tech industrial technological innovation and regional economic development, and the chain network DEA model, entropy weight method, coupling coordination model, and exploratory spatial data analysis technology are (...) comprehensively used to empirically analyze the technological innovation efficiency of high-tech industries, regional economic development level, and the coupling coordination relationship between them and the spatiotemporal evolution trend in 24 provinces of China from 2009 to 2018. The results show that there are significant differences in the average level of technological innovation efficiency of high-tech industry in each stage, which is the most prominent in the technology research and development stage, followed by the industrialization stage, and finally in the technology transformation stage. The degree of coupling and coordination between high-tech industrial technological innovation and regional economic development is increasing year by year, which is in the adaptation stage of high-tech industrial technological innovation and regional economic development. From the perspective of spatial pattern, there is a positive spatial autocorrelation between the coupling coordination degree of high-tech industrial technological innovation and regional economic development. The number of provinces with low coupling coordination degree is much larger than that with high coupling coordination degree, showing a serious imbalance of regional heterogeneity and forming two spatial aggregation areas of “high-high” diffusion effect and “low-low” low-speed growth. (shrink)

Western civilization has probably reached an impasse, expressed as a crisis on all fronts: economic, technological, environmental and political. This is experienced on the cultural level as a moral crisis or an ethical deficit. Somehow, the means we have always assumed as being adequate to the task of achieving human welfare, health and peace, are failing us. Have we lost sight of the primacy of human ends? Governments still push for economic growth and technological advances, but many (...) are now asking: economic growth for what, technology for what? Health care and nursing are caught up in the same inversion of human priorities. Professionals, such as nurses and midwives, need to take on social responsibilities and a collective civic voice, and play their part in a moral regeneration of society. This involves carrying civic rights and duties into the workplace. (shrink)

Arising restrictions of global economic growth due to limited natural resources and capacity of the biosphere adversely affect on people level of life and future expectation. That leads to mass depression and social instability. To consider this problem, psycho-physiological model of onward hedonist in consumer society is developed and investigated. This model is based on the fact that human nature generates a growing desire, needs to progress. After reaching the limits of growth, member of consumer society feel (...) persistent negative emotions and dissatisfaction. It results to socio-economic stagnation, social and international instability. The first type of possible solutions to this problem is based on the global expansion of the limits of growth (e.g., increasing of macroeconomic demand as a result of new Kondratieff technological cycle). The second type of solutions refers to local limits extension of growth within one or more countries, by means of their economic, political or military expansion in the world. But such solutions lead to international instability. The third type of solutions corresponds to periodical decreasing of the macroeconomic consumption followed by its growth (e.g., global financial crisis, decay of states and their unions, national and military conflicts, wars and so on). Such solution also leads to social and international instability. Humanistic solution consists in creativity development of people (especially middle class of developed countries) to focus on spiritual development. So rising desires of these people in spiritual realm can be satisfied under limits of global economic growth. (shrink)

Long presented as a universal policy-recipe for social prosperity and economic growth, the promise of innovation seems to be increasingly in question, giving way to a new vision of progress in which society is advanced as a central enabler of technoeconomic development. Frameworks such as “Responsible” or “Mission-oriented” Innovation, for example, have become commonplace parlance and practice in the governance of the innovation–society nexus. In this paper, we study the dynamics by which this “social fix” to technoscience has (...) gained legitimacy in institutions of global governance by investigating recent projects at two international organizations, the Organization for Economic Cooperation and Development and the European Commission, to mainstream “Responsible Innovation” frameworks and instruments across countries. Our analysis shows how the turn to societal participation in both organizations relies on a new deficit logic—a democratic deficit of innovation—that frames a lack of societal engagement in innovation governance as a major barrier to the uptake and dissemination of new technologies. These deficit politics enable global governance institutions to present “Responsible Innovation” frameworks as the solution and to claim authority over the coproduction of particular forms of democracy and innovation as intertwined pillars of a market-liberal international order. (shrink)