Economics and technological change: An evolutionary epistemological inquiry

The failure of neoclassical economic theories to explain the nature and significance of the phenomenon of technological change is critically looked at in this article. Although there are numerous excellent works in the literature on technologicial change that criticize the inadequacy of neoclassical economists’ approach to this phenomenon, my objective, however, is to open a new discourse on technological change by emphasizing the epistemological significance of technology. It is argued that the concept of technology as essentially a process of knowledge created for doing things and solving problems, and technological change as essentially a process of knowledge change occurring within the contexts of the political economic and social constructivist frameworks that inform the dynamics of this essentially qualitative process can address this failure. Empirically based analytical methodologies may be able to measure the impact of technological change, an evolutionary epistemology of technological change may be better equipped to understand and explain this phenomenon. Reprinted from Knowledge and Policy: The International Journal of Knowledge Transfer and Utilization, Spring 1994, Vol. 7, No. 1, pp. 79–91. He has previously taught at Illinois Institute of Technology and Virginia Tech.     

Technology vs. science: The cognitive fallacy

There are fundamental differences between the explanation of scientific change and the explanation of technological change. The differences arise from fundamental differences between scientific and technological knowledge and basic disanalogies between technological advance and scientific progress. Given the influence of economic markets and industrial and institutional structures on the development of technology, it is more plausible to regard technological change as a continuous and incremental process, rather than as a process of Kuhnian crises and revolutions.     

Things are always more complicated than you think: An open systems approach to the organizational effects of computer-automated technology

The effects of computerized office and factory automation are examined. An open systems framework is used to organize this literature. The review suggests that the benefits of technology are derived from theintermediate effects of the technology on organizational processes (the task structure, personnel system, formal structure, and informal organization). Thus, it is misleading to examine thedirect effects of computerized technology on organizational outcomes such as profits and satisfaction. Some of the effects of technology on the organizational processes are inevitable (e.g., changes in informal communication patterns). Others are determined less by the technology than by management decisions. The key to achieving success with computerized technology is matching changes in organizational processes to each other, as well as to the technology and the larger environment of the organization.Ann Majchrzak is currently Associate Professor of Human Factors at the Institute of Safety and Systems Management at the University of Southern California. She has recently written two books on the subject of technological change. Katherine J. Klein is an Assistant Professor of Industrial and Organizational Psychology in the Psychology Department of the University of Maryland at College Park.     

The biology of technology—An exploratory essay

The primary objective of this essay is to establish a basis for the development of a socio-biological approach to understanding the phenomenon of technological society and technical change, one that also serves to bridge the gap that has grown between natural science and social theory. The objective stems from the belief that an ecological crisis is looming that will require a new form of pragmatism from which new instruments for analysis, evaluation, and implementation can emerge and which, of necessity, will be multidisciplinary in character. One possible intellectual framework is proposed, that of a biology of technology, a conceptualization of human organization woven from an unlikely mix of theoretical perspectives. The most consequential of these is structural determinism, a tenet of autopoietic theory (also known as the biology of cognition). Other elements, including actor network theory, a metatheory of technology, and cognitive anthropology are explored before proceeding to consider some implications should the thesis be adopted. Peter Bond directs Lawton David Associates, a firm offering speciality consulting and learning facilitation services in business strategy, knowledge, innovation management. Prior to this he was director of Studies for Technology and Manufacturing Management at Liverpool John Moores University, UK. Originally a materials scientist, he moved from industry to commerce in 1980 becoming an advisor to regional government on new technologies and later business development manager of a venture capital provider. Current interests include the practical application of complexity science to organization development and technical change.     

Innovative knowledge Utilization through information transfer: A new relationship between libraries and user organizations

In our rapidly changing environment, both profit and non-profit organizations confront an increasing demand for technological, economic, and social innovation. In response to this demand, organizations are taking on the role of “change agents” by transforming existing practices into innovative action. Libraries, as centers that accumulate and disperse knowledge, can support these organizations in their “change agent” roles. This paper delineates the way public libraries can help organizations meet the increasing need for external information associated with innovation. Policy issues concerned with efficient information transfer to user organizationss are specified, and two concrete examples of information transfer systems are described. In order to best utilize existing knowledge,personal-professional assistance in selecting potentially innovative,impersonal written materials is recommended. Dr. Celeste P. M. Wilderom is an assistant professor at the School of Economics of the Free University of Amsterdam, The Netherlands and a research associate in organization behavior at the School of Management, S.U.N.Y., Buffalo. NY 14260. Her Ph.D. is in organizational psychology from S.U.N.Y., Buffalo, Where she taught in the Schools of Management and Social Work. Dr. Wilderom's research interests are behaviors in service and nonprofit organizations, problems of cross-cultural managemet and educational issues in the social sciences.     

Globalization or indigenization: New alignments between knowledge and culture

The pace, shape and meaning of development are cultural phenomena—fundamentally driven by the meanings people ascribe to their action, to the symbols they aspire to, and by the wider values contexts within which they are acting. However, people participating within the development process continuously confront a tension between the assertion of the cultural meanings of the local known social world and the assertion of the meanings of an idealized largely unknown social world that stretches beyond immediate experience, and that is particularly represented in commodity symbols and media images. Tension is therefore between indigenization or globalization. The product, greater valence of indigenization or globalization, results from the alternative ways in which tension between the two domains is resolved. In the modern social world access to knowledge, as well as the impact of knowledge embodied within technological artifacts, are key drivers in both the level of participation in development and the level of colonization of indigenized meanings by globalized frameworks of understanding. The current paper therefore focuses on the role of knowledge within the interactions between globalization and indigenization. The paper demonstrates that the general trend of development during the last half of the twentieth century has driven cultural change towards more globalized meanings and dependencies. The dynamics of technological access and change are centrally implicated. However, new opportunities are opening up at both local indigenized levels and within modernizing sectors, and the essence of these opportunities lies in capturing a cultural advantage. At the indigenous society level, a focus on capitalizing on indigenous technical knowledge can have enormous payoffs in terms of economic development outcomes. Meanwhile, a focus on linking local with modernizing sectors through bridging technologies and knowledge across indigenous and global cultures allows indigenous cultures to share in the economic benefits of modernization. And finally, a new wave of change is emerging in the modernized sector itself, opening up quite new opportunities for “small players”—whether they be small firms or small countries. The opportunities are set within change in the global orders of technology and science over the last five to ten years. What matters is the ability of these small players to be highly responsive, to capture knowledge flows through both technical and social capabilities of their people; in other words, global advantage follows from capture of local cultural strength. Stephen Hill is foundation director for the Center for Research Policy, located at the University of Wollongong, and established as a special research center of the Australian Research Council. More recently, he was appointed Regional Director of UNESCO for South East Asia and the Pacific. Professor Hill will assume his new appointment in June, 1995.     

The new technology and its human impact

In the years that have passed since publication of the Club of Rome's seminal report “Limits to Growth,” the issues raised in terms of development, resource use and the environment have become ever more pressing. The potential of advances in science and technology to affect all aspects of life, including development, was then little understood. Today's unparalleled burst in scientific and technological creativity has given new options and opportunities to the world economic system.

Central to this process is a series of concepts which includes the scientification of technology, by which technology is increasingly generated and developed on scientific bases, the breaking down of interdisciplinary barriers and mankind's new found capacity literally to invent resources, leading to the emergence of whole categories of new materials. These changes make possible a new approach to economic growth, relying on decentralization and flexibility and the selection of technology mixes best suited to different socio‐economic and cultural contexts. In parallel, the key importance above all of the information technologies is producing a dematerialization of goods, a trend exemplified by the shift from product oriented to function oriented industries.

The new technologies of the 1980s are cross‐fertilizing and self‐disseminative. They are creating an exceptional number of innovative options in processes, products, services, organization and markets. Mature industrial sectors can undergo a process of rejuvenation to recover competitiveness by the grafting of advanced technologies onto traditional activities. The results are already evident in industrialized countries, such as Italy. The flexibility offered by the new technologies offers perhaps our best hope for a solution to the widening gap between rich and poor nations, contrary to the belief that identifies in advances in science and technology the seeds of a process of polarization dividing the world.

The countries of the United States, Japan and Western Europe—the so‐called Triad Power—dominate the emerging technologies and their applications. In fact, given the pace of today's technological revolution, developing countries are effectively excluded from active participation in the process of technological change. New technologies are not “off the peg,” they have to be learned and controlled, to be introduced into an existing flexible system possessing trained manpower and an adequate capital base. Introduction into the Third World, where these essential conditions are frequently lacking, will not be a painless process. Technology transfer without adaptation is likely to have undesirable cultural and societal disadvantages.

North and South are simultaneously experiencing radically different processes of evolution: the former, through restructuring and innovation; the latter, through the drive for more quantitative growth. Continuing stress on quantitative growth carries with it the risk that other goals—environmental quality, even the eradication of poverty—may suffer. Here lies the possibility that unless economic patterns change, today's imbalance between the haves and the have nots may be perpetuated or even consolidated.

The countries of the North individually all face problems in addressing these issues. The international banking system is hamstrung with the problems of Third World debt. Primary producers no longer command high prices for their raw materials on world markets and so this source of development funding is also drying up. The need is therefore for a global approach. In each Third World situation, specific needs and requirements must be identified to be tackled via technology blending, whereby a mix of emerging and traditional technologies is selected to raise the quality of output to the levels now demanded by a sophisticated world economy.

Another important area is that of energy, together with the worsening environmental and even climatic effects of energy policies. The need is for a long term strategic view to marshall the contribution new technologies can make to improving the lot of mankind in full respect for his environment.

Technological change also implies societal change. In labor markets, labor mismatch creates pockets of employment which are difficult to eradicate. Yet, overall, the hope is that expanding economic horizons will create unlimited opportunities for new jobs and new skills. The key is education and training. A feed and feedback mechanism between education and the economy represents an intangible investment in the future.

Economic growth, technological innovation, development of culture and society, have always moved together with synergism. Current changes are not so much just physical as conceptual. We are passing from a mechanical (or mechanistic) society to one that can be termed cybernetic. Causality, sequentiality and hierarchy are giving way to a functional interdependence at a systems level. Greater participation will produce more opportunities for self‐fulfillment. As old social equilibria collapse, management of social change can be seen to be as important as management of technological change.

The technological revolution has deep roots in Western culture. It is a liberating force that can lead to greater cultural enrichment. By understanding the changes now underway, we can ensure that the new pattern of society that emerges from exploitation of the new technologies retains man at its center and so benefits the whole of humanity.     

Determining technology: myopia and dystopia

Throughout its brief history the philosophy of technology has been largely concerned with the debate over the nature of technology. Typically, technology has been viewed as being essentially another term for applied science, the practical application of scientific theory to the material world. In recent years philosophers and cultural critics have characterised technology in a far more problematic fashion, as an authoritarian power with the ability to bring about far-reaching cultural, political and ecological effects. Proponents of the former view are often termed instrumentalists and those of the latter technological determinists. The debate between them revolves around the question of the fact/value distinction, namely whether technology can be deemed to be value-neutral. I argue that employing a phenomenological approach to technology grants us a fresh perspective on the instrumentalism-determinism debate. It enables us to recast the instrumentalist/determinist debate as a debate between technological idealism and materialism, and to ground the instrumentalist and determinist positions in different experiential relations to technology. It also gives us a better grasp of the function of the different critiques of technology, with idealists concerned primarily with the misapplication of technology as a form of knowledge, and materialists with the existential implications of concrete technological relations.     

Neoclassical Economics and the Last Dogma of Positivism: Is the Normative-Positive Distinction Justified?

Neoclassical economic theory in its pretensions to scientific status is founded on one of the variants of a now discredited positivism. Neoclassical economic theory claims that there are two distinct areas of economic research: positive economics and normative economics. The former is assumed to deal with the cognitive as scientific content of economics while the later focuses on welfare or equity issues. I argue that the reliance of the whole theoretical structure of economics on the normative postulate of rationality renders neoclassical economics a normative discipline. I also argue that neoclassical economics should thus be viewed as an instance of applied ethics rather than as applied mathematics, say. Finally, it is suggested that neoclassical economics, if its scientific pretensions are to be taken seriously, should be absorbed theoretically into general anthropology.     

Findings follow framings: navigating the empirical turn

In this paper, I outline several methodological questions that we need to confront. The chief question is how can we identify the nature of technological change and its varied cultural consequences—including social, political, institutional, and economic dimensions—when our different research methods, using distinct ‘levels’ or ‘scales’ of analysis, yield contradictory results. What can we say, in other words, when our findings about technology follow from the framings of our inquiries? In slightly different terms, can we combine insights from the fine-grained “social shaping of technology” as well as from complementary approaches accenting the “technological shaping of society?” As a way forward, I will suggest conducting multi-scale inquiries into the processes of technological and cultural change. This will involve recognizing and conceptualizing the analytical scales or levels on which we conduct inquiry (very roughly, micro, meso, macro) as well as outlining strategies for moving within and between these scales or levels. Of course we want and need diverse methodologies for analyzing technology and culture. I find myself in sympathy with geographer Brenner (New state spaces: urban governance and the rescaling of statehood, 2004, p. 7), who aspires to a “theoretically precise yet also historically specific conceptualization of [technological change] as a key dimension of social, political and economic life.”     

The Social Psychology of Sustainability

The earth cannot support humanity's increasing population and consumption. Concerned scientists and citizens are therefore wondering how we might work toward a sustainable, survivable human future. Sustainability involves increased technological efficiency and agricultural productivity, but also incentives and attitudes that moderate consumption. Social psychology contributes to changing attitudes and behavior with evidence that a) materialism exacts psychic as well as environmental costs, and b) economic growth has failed to improve human morale. Two principles-the adaptation level phenomenon and social comparison-help explain why materialism and increasing affluence fail to satisfy.     

How Science Is Applied in Technology

Unlike basic sciences, scientific research in advanced technologies aims to explain, predict, and (mathematically) describe not phenomena in nature, but phenomena in technological artefacts, thereby producing knowledge that is utilized in technological design. This article first explains why the covering‐law view of applying science is inadequate for characterizing this research practice. Instead, the covering‐law approach and causal explanation are integrated in this practice. Ludwig Prandtl’s approach to concrete fluid flows is used as an example of scientific research in the engineering sciences. A methodology of distinguishing between regions in space and/or phases in time that show distinct physical behaviours is specific to this research practice. Accordingly, two types of models specific to the engineering sciences are introduced. The diagrammatic model represents the causal explanation of physical behaviour in distinct spatial regions or time phases; the nomo‐mathematical model represents the phenomenon in terms of a set of mathematically formulated laws.     

A Practical development strategy: Logic and Reality

The purpose of the paper is to call the attention of general evolutionary theorists to a school of thought in economics that may be of help in their endeavour to discover new solutions to the social problems of our time. I argue that the so‐called Austrian school of economics shares with evolutionary theory an important insight into society. According to this insight, in society an evolutionary process is an ongoing phenomenon, in the course of which new innovations are continuously discovered. The particular outcomes of the discovery process are largely unpredictable because the information needed to make the innovations is dispersed and often tacit. In mainstream neoclassical economics evolution as a social phenomenon is as a rule ignored.     

Effects of Technology on Attributions of Performance and Employee Evaluation1

This study examines the effects of technological automation on explanations of why a person failed or succeeded at a task, and on evaluations of the user of technology. Subjects were presented with scenarios involving a photographer on an assignment. The scenarios manipulated 3 variables: (a) whether the camera was automatic or required skill, (b) experience level, and (c) whether the picture was a success or a failure. Subjects rated the picture's success or failure on attributions of ability and the technology. They also evaluated the photographer. Internal attribution was associated with technological devices requiring a greater amount of skill, while external attribution was associated with technological devices requiring less skill. When the picture was a success, ratings of internal attributions correlated positively with evaluations. When the picture was a failure, ratings of internal attributions correlated negatively with evaluations.     

Transference and the idea of God

While many factors influence the course of therapy, based on empirical evidence a strong case can be made for the importance of religious beliefs influencing the process of transference. During a ten-year period of private psychiatric practice, the senior author saw 353 patients suffering from anxiety and neurotic depression. The form of treatment was individual, dynamic, psychoanalytically oriented psychotherapy with occasional use of psychotropic drugs. Forty percent of the patients who were seen were Catholic; forty percent were Protestant; and twenty percent were Jewish.Protestants, Catholics, and Jews bring differing conceptions of God to the transference phenomenon in individual psychotherapy. Basing findings on extensive clinical evidence, this study seeks to explain why this occurs, and the need for the psychotherapist to be aware of religious factors that influence the course of psychotherapy.He is Associate Clinical Professor of Psychiatry at the Medical College of Wisconsin in Milwaukee and Associate Professor at the Institute of Psychology of the Pontifical Gregorial University in Rome, Italy.     

Technological Knowledge among Non-Literate Ethiopian Adults in Israel

Ethiopian Jewish immigrants in Israel are one of the most ancient communities in the world, one that has been detached from the known Jewish world for about 2,500 years. Throughout this very long period of isolation, the Ethiopian Jewish community maintained Jewish tradition and dreamed over the centuries to unite with the rest of the Jewish world and immigrate to the Jewish state—Israel. But this transition occurred within a short time from an agrarian society in Ethiopia (traditional culture) with an oral culture to a knowledge society in Israel (modern culture) with a written culture. Most studies that examine cultural transition focus on anthropological, sociological, and cultural aspects; but there are nearly no studies that examine the technological knowledge of non-literate populations. The purpose of this study is to examine and characterize technological knowledge among this population—the case of Ethiopian non-literate immigrants in Israel. The study involved in-depth interviews to examine technological knowledge through using technological appliances in their everyday life, assembly of two simple technological systems, and a home technology profile compared to the general population in Israel. Participants included 50 non-literate Ethiopian immigrants between the ages of 40–60. The results of our study are surprising in that we have shown that non-literate immigrants adapt to a technology-rich environment at an average degree with respect to the general population in Israel. Also, comparing technological knowledge between traditional and modern cultures shows participants’ wide range of knowledge without ability to read and write. Illiteracy does not preclude the development of knowledge in general, technological knowledge particularly, and does not prevent non-literate populations from acquiring knowledge in a new environment.     

Policy impact on information technology programming in the social services

Policy is the product of a group struggle between contending factions who constantly strive to weight policy creation and decision making in their favor. Within social service settings, resource policies promoted by management compete with service policies of social workers. Management familiarity with information technology (IT) rewards operational advantage in resource application at the expense of social work personnel. Within the Israeli Ministry of Labour and Social Affairs this has enhanced the position of the manager. Social workers failed to incorporate IT within the natural systems approach resulting in a state of disempowerment vis à vis IT itself. The social worker will be able to avail himself of IT only consequent to redefinition of social services organization policy based on social work concepts such as social change, involvement, informal organization and empowerment. His current interest is the knowledge base of social work. He has written widely on social work and the personal social services, with particular reference to dependency, empowerment and new technology.     

How central are judgment and agency to epistemology?

Ernest Sosa’s Judgment and Agency marks an important change from his earlier work in epistemology. While belief was at the center of his earlier approach to epistemological issues, a far more sophisticated mental state, judgment, plays the central role here. This paper examines the significance of this change in focus, and argues that there is reason to favor the earlier belief-centered approach over this new judgment-centered account.