This essay advances two sets of critical observations about Manuel Castells's suggestion and detailed elaboration of the idea that modern society from the 1980s onwards constitutes a network society and that the unity in the diversity of global restructuring has to be seen in the massive deployment of information and communication technologies in all spheres of modern social life. The criticism attends to the possibility that the emphasis on the social role of information technologies in advanced society (...) amounts to a modern version of `technological determinism'. A discussion of the so-called productivity paradox shows that cultural and social processes rather than technological regimes continue to be more important for the evolution of society. (shrink)

AbeBooks.com: The Technological Society.

Volume 23, Issue 3-4, November - December 2024, Page 219-244.

The article highlights innovative technologies in the context of physical education as one of the main factors of postmodern society. The main features of innovative technologies as an effective way to develop personal competencies and the formation of value orientations are defined in the context of the study. Physical education contributes to the development of individual personality traits, as well as forming the health-saving foundations of the development of society in the perspective of evolution. Postmodern trends in the (...) formation of society are defined by new worldview manifestations, when people lose meaning in certain value aspects and realize that past achievements can be neutralized. The physical education of a person forms the idea of the value of health, both in the past and in the future. It is this principle that defined the research problem. It is determined that innovative technology is a sign of a postmodern society, because innovation is one of the characteristic features of the postmodern. Innovative technologies are most effective both in educational activities and in physical education. The theoretical and methodological foundations of the concept of postmodern society and innovative technologies were analyzed in the course of the study. Also identified the main aspects of physical education in the context of the modern dimension. The article explores the peculiarities of the use of innovative technologies in the aspect of physical education. In the course of the study we used methods of analysis and synthesis, descriptive method and method of content analysis. This study provided the basis for determining the conceptual basis for the effectiveness of innovative technologies as postmodern approaches in the process of physical education. (shrink)

Changes in the past two decades of goals for science education in schools have induced new orientations in science education worldwide. One of the emerging complementary approaches was the science-technology-society (STS) movement. STS has been called the current megatrend in science education. Others have called it a paradigm shift for the field of science education. The success of science education reform depends on teachers' ability to integrate the philosophy and practices of current programs of science education reform with (...) their existing philosophy. Thus, when considering the STS approach to science education, teacher beliefs about STS implementation require attention. Without this attention, negative beliefs concerning STS implementation and inquiry learning could defeat the reform movements emphasizing STS. This article argues the role of STS in science education and the importance of considering science teachers' beliefs about STS in implementing significant reforms in science education. (shrink)

Este trabajo está dirigido a fundamentar cómo a través de un proceso de innovación tecnológica se establecieron relaciones entre la universidad, la sociedad y el sector empresarial. La introducción de los productos biológicos en los laboratorios de diagnóstico médico y su impacto en los servicios fue el elemento fundamental que identificó la relación universidad-sociedad, mientras que la transferencia tecnológica de la obtención de biológicos a la unidad productora y comercializadora articuló a la academia con el mundo empresarial. Los modelos seguidos (...) para la gestión de la actividad de innovación le otorgaron al proceso un carácter específico y aseguraron su pertinencia, por lo que constituyó un logro científico-tecnológico. Se demostró un caso peculiar y concreto de fortalecimiento de las capacidades de interacción de las universidades con entidades productivas y de servicios, de modo que se enriqueció la función extensionista del centro de altos estudios. This article is based on a process of technical innovation that allowed establishing a relationship in which the university, society and the managerial sector were involved. The introduction of the biological products in medical diagnosis labs and its impact on services were the main elements that distinguished the university-society relationship, while the technological transfer to the unit of the biologicals obtained, articulated the university and the managerial field. Models put into practice for innovation management granted the process a specific character and ensured its relevance, that´s why it is considered a scientific-technological achievement. The process demonstrated a peculiar case of interaction between the university and production entities. (shrink)

The article provides the general opinion of philosophers, scientists, and engineers heading institutes and centers of Samara National Research University regarding the issues of scientific and technological progress, social management problems under the condition of digital reality, human functions in new artificial environments. The technology is classically understood as satisfaction of human needs through the ability to apply knowledge of the laws of universe or nature in the broad sense. With advances in technology, the artificial human environment, the (...) metacosmos, emerges. It is formed by technologies: by energy conversion machines, information processing machines, and presently by artificial intelligence. The evolution of the artificial environment, caused by scientific and technological development, entails social transformations, changes in the goals and methods of management system in human communities. Nowadays, the accumulated amount of contradictions of the information society testifies to the need of the search for a new form of organization of social structure, for new goals that would include human development, its creative potential growth, increase of the role of man in scientific and technological development. The authors discuss what the artificial intelligence technologies creating a new artificial human environment should be like to meet those goals. The article analyzes the impact of the fourth industrial revolution on the transformation of society. The question is raised from what philosophical positions one should understand man, society, technology, social development, and its goals. Analyzing the fundament for the philosophy of technology concepts of human, space, evolution, technology, artificial nature, the principles of the society 5.0 are introduced, which were formulated by Noritsugu Uemura. The authors conclude that the development of the artificial intelligence technologies provides opportunities for consistent unlocking the human potential, for advancement in personal growth, and finally for overcoming the crisis of the imbalance between the technological and the human, which characterizes contemporary information society. (shrink)

This article explores the transformation of ethics in a globalizing technological society. After describing some basic features of this society, particularly the primacy it gives to a special type of technical rationality, three specific influences on traditional ethics are examined: (1) a change concerning the notion of value, (2) the decreasing relevance of the concept of axiological hierarchy, and (3) the new internal architecture of ethics as a net of values. These three characteristics suggest a new pragmatic understanding (...) of ethics. From a pragmatic perspective, the process of introducing ethical values into contemporary society can be regarded as a beneficial Trojan horse, a metaphor that will be developed further. (shrink)

After recognizing that technologies are socially constructed, questions arise concerning how technologies should be constructed, by what processes, and granting how much influence to whom. Because partisanship, uncertainty, and disagreement are inevitable in trying to answer these questions, reconstructivist scholarship should embrace the desirability of thoughtful partisanship, should focus on strategies for coping intelligently with uncertainties, and should make central the study of social processes for coping with disagreement regarding technoscience and its utilization. That often will entail siding with have-nots, (...) meaning that reconstructivist scholars often will be opposing the behaviors of government, business, and technoscientific elites. Because reconstructivists normally will be outnumbered, we need to devote more systematic professional attention to setting our collective agenda concerning what is most worth researching. (shrink)

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. (shrink)

Transformative technologies can radically alter human lives making us stronger, faster, more resistant to disease and so on. These include enhancement technologies as well as cloning and stem cell research. Such technologies are often approved of by many liberals who see them as offering us opportunities to lead better lives, but are often disapproved of by conservatives who worry about the many consequences of allowing these to be used. In this paper, we consider how a democratic government with mainly liberal (...) values that is governing a population divided between liberals and conservatives can introduce new transformative technologies and try to achieve consensus about the introduction of such technologies. To do so, we draw on recent work in moral psychology which enables us to better understand the intuitive and emotional responses that underpin conservative objections to such new technologies. We then show how a government may introduce incremental changes in our social practices that have the long-term effect of weakening conservative objections to transformative technologies and better enabling governments to achieve consensus about these. (shrink)

Over the past 2,000 years, the concept of charity has moved from the personal care of the poor mandated by religious conviction to a multibillion dollar business. The culture of technological efficiency helped create this transformation. The authors explore the origins of charity and show how technology has drastically altered its form and function.

In this extraordinary introduction to the study of the philosophy of technology, Andrew Feenberg argues that techonological design is central to the social and political structure of modern societies. Environmentalism, information technology, and medical advances testify to technology's crucial importance. In his lucid and engaging style, Feenberg shows that technology is the medium of daily life. Every major technical changes reverberates at countless levels: economic, political, and cultural. If we continue to see the social and technical (...) domains as being seperate, then we are essentially denying an integral part of our existence, and our place in a democratic society. Questioning Tecchnology convinces us that it is vital that we learn more about technology the better to live with it and to manage it. (shrink)

This article argues that by recognizing the fundamental relationship between praxical time and dwelling as a matrix of interweaving modes of being, society can subvert the potential reification of humanity by technology. This can only be achieved through a democratic process that involves participatory agents not only at the design level but also in the event of naming future innovations. By looking at the work of Alain Badiou, it is shown how a fusion of Heideggerian-inspired phenomenology and speculative (...) ontology is critical for the advancement of social theory, as revolutionary technologies become increasingly immersive. (shrink)

Scholarly discourse on “disruptive technologies” has been strongly influenced by disruptive innovation theory. This theory is tailored for analyzing disruptions in markets and business. It is of limited use, however, in analyzing the broader social, moral and existential dynamics of technosocial disruption. Yet these broader dynamics should be of great scholarly concern, both in coming to terms with technological disruptions of the past and those of our current age. Technologies can disrupt social relations, institutions, epistemic paradigms, foundational concepts, values, and (...) even the nature of human cognition and experience – domains of disruption that are largely neglected in existing discourse on disruptive technologies. Accordingly, this paper seeks to reorient scholarly discussion around a broader notion of technosocial disruption. This broader notion raises three foundational questions. First, how can technosocial disruption be conceptualized in a way that clearly sets it apart from the disruptive innovation framework? Secondly, how does the notion of technosocial disruption relate to the concordant notions of “disruptor” and “disruptiveness”? Thirdly, can we advance criteria to assess the “degree of social disruptiveness” of different technologies? The paper clarifies these questions and proposes an answer to each of them. In doing so, it advances “technosocial disruption” as a key analysandum for future scholarship on the interactions between technology and society. (shrink)

According to an editor of The Economist, the world produced, in the years since World War II, seven times more goods than throughout all history. This is well appreciated by lay people, but has hardly affected social scientists. They do not have the conceptual apparatus for understanding accelerated material-technical change and its meaning for people's personal lives, for their ways of relating to them-selves and to the outside world. Of course, a great deal of speculation about emerging life forms in (...) industrialised societies exists and social scientists with a futuristic bend have projected their diverse visions upon public debates, ranging from thc Efficient Hedonism of "post-industrialist' society a la Daniel Bell to the “Responsible Convivialism” of 'post-materialist" critics such as Fritz Schumacher. Competing images of the coming "services society" or "self-service society" share a central concern: the ongoing relation between tile spheres of large organisations and personal lifestyles, between salaried work arid private consumption. They also share a eel-tau' implausibility: few people recognize themselves in either projection. And they sham ubiquitous reference to "technology", without accounting for it in real terms. A good diagnostic of what is actually happening seems to me to be Jonathan Gershuny, who sees a drift toward a particular type of self-service economy: a quite radical shift in the mode of provision of social services, as he calls it, based on new kinds of consumer technologies. Industrialization used to be partial, but is becoming total fast. This process obviously has many facets, the one I am interested in here is the intrusion of modern technology into spheres of life which in the past have been relatively little dependent on it. (shrink)

-------------------- Conceived on the basis of a survey on the « tanking » community's practices, this article is attempting to highlight a new typical activity in today's society which is quite different from instrumental and symbolic (or communication- based) activities. It is actually describing the ways in which some individuals are endeavouring to gain a victory over themselves through experiments on their own personal being. The various forms of action and the means used for that purpose are referred to (...) under the name of self-fashioning technologies. (shrink)

What is the relationship between democracy and technology? And what should that relationship be? This book explores these questions, drawing upon a wide range of philosophical, historical and sociological points of view. In stark contrast to technology's promise as a wellspring of equality, freedom and self-government, its development now poses a host of problems for political society: an alarming concentration of power over global production, a widening gap between rich and poor, multiple environmental crises, trivialization of politics (...) in the mass media, decline of citizen competence in decision making, and the disproportionate influence of scientific and technical elites. As the writers discuss these issues, they investigate new avenues for democratic politics, possibilities that emerge as modernist ideas about progress, justice and the common good lose their ability to guide contemporary thought and action. This book will be of interest to philosophers, political scientists, those doing research on technology and society, engineers studying human factors, environmental scientists, sociologists. (shrink)

Essay review of Andrew Barry, Political Machines: Governing a Technological Society (Athlone, 2001).

After recognizing that technologies are socially constructed, questions arise concerning how technologies should be constructed, by what processes, and granting how much influence to whom. Because partisanship, uncertainty, and disagreement are inevitable in trying to answer these questions, reconstructivist scholarship should embrace the desirability of thoughtful partisanship, should focus on strategies for coping intelligently with uncertainties, and should make central the study of social processes for coping with disagreement regarding technoscience and its utilization. That often will entail siding with have‐nots, (...) meaning that reconstructivist scholars often will be opposing the behaviors of government, business, and technoscientific elites. Because reconstructivists normally will be outnumbered, we need to devote more systematic professional attention to setting our collective agenda concerning what is most worth researching. (shrink)

Are citizens of contemporary technological society authors of their own lives? With Alasdair MacIntyre, Bruno Latour and Albert Borgmann, we discuss the shortcomings of traditional liberalism in terms of its ability to answer this question. MacIntyre argues that biological vulnerabilities and social interdependencies establish meaningful parameters within which reason and willing emerge. But MacIntyre ignores technologies as a third parameter. Latour defines humans as nodes in a socio-technical network, in which technologies are actors on par with humans. However, Latour (...) adopts a purely external perspective, ignoring human intentions, desires, and reasons. Borgmann argues that although freedom of choice is severely restricted, sometimes one can still resist the rule of technology. But Borgmann denies the pluralism of modern societies. Although all three schools have their shortcomings, combined, they provide us with a valuable palette of insights on human agency in a technological culture. (shrink)

This analysis of the emergent automated vehicle technology focuses on the friction at its interface with society, clouding its future. The sequential focus of development → deployment is reconfigured as reciprocal: society ↔ technology. A best path forward is presented that incorporates environmental and social sustainability factors as they relate to climate change and public health. The path’s signpost is automated electric vehicles deployed in public and private fleets. This course has promise to recover automobility from (...) the damaging, unsustainable legacy of personal internal combustion vehicles—highlighted by their toxic and carbon emissions, and road casualties. (shrink)

Science and religion are incommensurable: one cannot use centimeters to measure volume. Science's proper cognate is theology. Science and theology are human activities that are basically conceptual (partly fallible) frameworks for explaining experience. Religion and technology, by contrast, involve and control or limit human practice and experience: they involve “sensate” reality—people and things. The study of the interaction of these four terms (or any two) must use the terms more precisely.Science as practiced today has become scientism, another theology. (...) class='Hi'>Technology is, without any doubt, the world's most powerful and fastest growing religion.Minor squabbles among theologies, including science, must continue, but it is the tensions between technology and the established religions that will define this century. Battles on three fronts are already clear: the environment, globalization, and economic gaps. But whole–person healing, the replacement for high–tech reductionist modern medicine, is the most significant, because it will undermine science, which has hitched its wagon to this falling star.The end of fundamental science is upon us, because it has been so successful. Science will be increasingly applications–driven, and it will be judged by results. Here, it has met its nemesis in wholeperson healing that incorporates integrative medicine. Scientists must now reconsider their role in society. It will not be easy to accept a humbler position. Moreover, the vague allusions to spirituality by scientists need a more authentic commitment to praxis in lifestyle. (shrink)

Posterior a Hiroshima y Nagasaki se hizo visible hacia dónde conducirían la obtención y uso de conocimientos y creación de artefactos que no se correspondieran a las metas de subsistencia y mejoramiento humanos, emergieron movimientos y estudios relacionados con los impactos sociales de la ciencia y la tecnología. Surgió en ese contexto el campo denominado Ciencia- Tecnología- Sociedad (CTS), centrado en las complejas interrelaciones que la ciencia y la tecnología y la sociedad. El presente texto tiene el objetivo de profundizar (...) en el trabajo de fundamentación teórica a partir del reconocimiento de algunas ideas como: la relación de los seres humanos con sus entornos es socio- tecno- cognitiva, la interacción conocimiento- sociedad es contradictoria, y es preciso reconocer la complejidad del conocimiento CTS. Por último, una nueva propuesta, en las circunstancias actuales un acrónimo más abarcador que el de CTS puede ser SOCITEI (So: sociedad, CI: conocimiento, Te: tecnología, In: innovación). After Hiroshima and Nagasaki the destiny of the obtaining and use of knowledge as well as the creation of artifacts that were not according to the goals of human subsistence and improvement became visible, movements and studies related to the social impacts of science and technology emerged. The field called science - technology - society (CTS) (Spanish acronym) arose in that context, focused on the complex interrelationships in science technology and society. This text aims to deepen the work of theoretical foundation in recognition of some ideas like: the relationship of human beings with their environments is socio-techno - cognitive, interaction knowledge - society is contradictory, and we must recognize the complexity of knowledge CTS. Finally, in the new circumstances a new proposal a more encompassing acronym than the CTS can be SOCITEI (SO: society, CI: knowledge, TE: technology, IN: innovation) (Spanish acronyms). (shrink)

This essay presents a theory of the role of technology in the distribution and exercise of social power. The paper studies how technical artefacts and systems are used to construct, maintain or strengthen power relations between agents, whether individuals or groups, and how their introduction and use in society differentially empowers and disempowers agents. The theory is developed in three steps. First, a definition of power is proposed, based on a careful discussion of opposing definitions of power, and (...) it is argued that a theory of power should have two components: a theory of power relations and a theory of empowerment. Second, an analysis of power relations is presented, in which five basic types of power relations between agents are distinguished, and this analysis is applied to technology, resulting in an account of the possible roles of technical artefacts in power relations. Third, I analyse how technology can lead to or contribute to empowerment and disempowerment, and what resistance strategies are possible against disempowerment through technological means. The theory of technology and power presented in this paper is claimed to be an essential ingredient of a critical theory of technology, which is a theory that analyses and critiques the role of technology in the distribution and exercise of power in society. In the final section of this paper, it is argued that the theoretical analysis of power and technology presented in this paper provides an adequate basis for the further development of such a critical theory of technology. I study how it may, specifically, be used to develop strategies for the democratization of technology. (shrink)

This essay traces the increased centrality of technology to social life across the period of modernity. It examines major shifts in thinking about technology which underpin the shift from industrial to post-industrial society, and the emergence of concepts such as ‘technoscience’ and ‘technoculture’. It argues that a critical analysis of technology must probe the way that histories of technological progress have been implicated in colonial hierarchies privileging the West. In examining the extension of technology from (...) machines that make things to ‘machines that think’, including biotechnology and computerized ‘aritificial life’, something implied in every historical iteration of technology is laid bare: defining the technological activates the border between nature and culture, and goes to the heart of what it means to be human. (shrink)

That technologies may raise ethical issues is now widely recognised. The ‘responsible innovation’ literature – as well as, to a lesser extent, the applied ethics and bioethics literature – has responded to the need for ethical reflection on technologies by developing a number of tools and approaches to facilitate such reflection. Some of these instruments consist of lists of questions that people are encouraged to ask about technologies – a methodology known as the ‘Socratic approach’. However, to date, these instruments (...) have often not adequately acknowledged various political impacts of technologies, which are, I suggest, essential to a proper account of the ethical issues they raise. New technologies can make some people richer and some people poorer, empower some and disempower others, have dramatic implications for relationships between different social groups and impact on social understandings and experiences that are central to the lives, and narratives, of denizens of technological societies. The distinctive contribution of this paper, then, is to offer a revised and updated version of the Socratic approach that highlights the political, as well as the more traditionally ethical, issues raised by the development of new technologies. (shrink)