Techno-Scientific Practices analyzes and helps readers to understand the role of instruments and technologies in the practice of science, and their partnership with human agents in producing knowledge about the world.

Computers are supposed to be smart, yet they frustrate both ordinary users and computer technologists. Why are people frustrated by smart machines? Computers don’t fit people. People think in terms of comparisons, stories, and analogies, and seek feedback, whereas computers are based on a fundamental design that does not fit with analogical and feedback thinking. They impose a binary, an all-or-nothing, approach to everything. Moreover, the social world and institutions that have developed around computer technology hide and reinforce the lack (...) of alignment between computers and people. This book suggests a solution: we do not have to accept the way things are now and work around the bad social and technical design of computers. Rather, it proposes a diverse, distributed, critical discussion of how to design and build both computer technology and its social institutions. (shrink)

Solving the problem of the negative impact of science and technology on society and the environment is indeed the greatest challenge of our time. To date, this challenge has been taken up by few professional philosophers of science, making this volume a welcome contribution to the general debate. Agazzi’s treatment involves viewing modern science and technology as each constituting _systems._ Against the background of this approach, he provides a penetrating analysis of science, technology and ethics, and their interrelations. Agazzi sees (...) the solution to the problem as lying in the _moral _sphere and including a multilateral assumption of _responsibility_ on the part of decision makers both within and outside of science. (shrink)

There are few doubts about the significance of science and technology for modern human culture and society. But as historians, we are still struggling to find appropriate descriptive terms to capture the broad processes of transformation brought about by “techno-science,” the merging of technical production and modern institutionalized science. This dissertation argues that the term “experience” may serve as such an analytic lens in the specific historical setting of German aviation research from the 1920s through 1945. I reconstruct, on (...) the one hand, the theorization of experience as a concept by the technical physicist Paul von Handel, influenced by the British astronomer Sir Arthur Eddington’s distinction between "scientific" and "everyday" experience. On the other hand, I use the term as a historian’s analytic concept to investigate practices in the context of flight experiments that I take to be constitutive of my historical actors’ experiences. These are recordings of experimental pilots’ cognitive judgements and bodily actions, some of them—such as in-flight note taking—continuous with older cultural technologies. On both of these levels of analysis, I explore the different resonances of “experience” as a term with a legacy as a central epistemological concept in the modern sciences, and as capturing the changing everyday reality in an increasingly technicized environment. My analysis of the textual theorization and simultaneous practical constitution of "techno-scientific experience" serves to read in a new light the story of the pilot and physicist Melitta Schiller-Stauffenberg. Of Jewish descent, Schiller chose to work for the Luftwaffe, the German air force, until her death in 1945 on a flight searching for her husband, Count Alexander Stauffenberg, who was imprisoned after his brother’s failed attempt to assassinate Hitler. The concept and practical reality of “experience” are key to understanding the two striking choices Schiller made as intrinsically connected: the professional choice of working simultaneously as a pilot and a physicist, and the political choice of supporting the Reich’s war effort. Schiller’s story may be understood as exemplifying the fragile identity of the experiencing and the knowing self in 20th-century techno-scientific modernity. (shrink)

"Atom," "byte" and "gene" are metonymies for techno-scientific developments of the 20th century: nuclear power, computing and genetic engineering. Resistance continues to challenge these developments in public opinion. This book traces historical debates over atoms, bytes and genes which raised controversy with consequences, and argues that public opinion is a factor of the development of modern techno-science. The level and scope of public controversy is an index of resistance, examined here with a "pain analogy" which shows that (...) just as pain impacts movement, resistance impacts techno-scientific mobilization: it signals that something is wrong, and this requires attention, elaboration and a response to the challenge. This analysis shows how different fields of enquiry deal with the resistance of social-psychological mentalities in the face of industrial, scientific and political activities inspired by projected futures. (shrink)

Chapter The Triumph of Reason; Anticipating the Bio- Technetronic Civilization I believe information technology is at the basis of a new age of civilization ...

The following essay is part of a study which aims at grounding the concepts of freedom—personal, sociopolitical, metaphysical—and a variety of their combinations in the unique ontological structure of selfhood and its dialectical unfoldings. The claims of both hard determinism and absolute freedom are rejected.

The creation of think tanks has in part been motivated by the desire for an apolitical politics, a politics of facts and standards rather than a politics of interests and public ignorance, and opposed to political machines. This chapter brings out some of the features of this kind of politics in the USA through the historical example of the Massachusetts Bureau of Labor Statistics, which illustrates the place of the construction of a factual world by think tanks as part of (...) policy processes. The history of this bureau also shows how think tanks become surrogates for party intellectuals—a non-category in the USA. Think tanks then proliferated elsewhere as surrogates for politics by normal means. (shrink)

Focusing on cell dynamics, molecular medicine and robotics, contributors explore the interplay between biological, technological and theoretical ways of thinking. They argue that the direction of modern science means that these areas can no longer be explored independently but must be integrated if we are to better understand the world. The collection makes a strong contribution to current debates in the philosophy of science and the changing role of scientific practice.0.

In a wide range of contemporary debates on Japanese cultures of technological practice, brief reference is often made to distinct Shinto legacies, as forming an animist substratum of indigenous spiritual beliefs and cosmological imaginations. Japan has been described as a land of Shinto-infused ‘techno-animism’: exhibiting a ‘polymorphous perversity’ that resolutely ignores boundaries between human, animal, spiritual and mechanical beings. In this article, we deploy instances of Japanese techno-animism as sites of theoretical experimentation on what Bruno Latour calls a (...) symmetrical anthropology of nature-cultures. In staging a dialogue between actor-network theory and Japanese techno-animism, we show how Shinto cosmograms provide an enlivening and alternative diffraction device on several of the ontological motifs manifested in Latour’s work. In particular, by mobilizing the territory of a ‘new’ animism debate in anthropology – manifested in the work of Philippe Descola and Eduardo Viveiros de Castro – we attempt to infuse Latourian ‘multinaturalism’ with new, other-than-western analytical energy. Extending actor-network theory, we argue, Shinto cosmograms offer an interesting vantage point for interpreting the immanent, affective, enchanting and enabling powers of non-humans in contributing to collective life. By thus broadening the ‘cosmopolitical’ imagination beyond Latour’s own European-Catholic frame of reference, Shinto techno-animism offers up a wider reflection on contemporary entanglements of science, politics, ecology and cosmos. This reflection, we conclude, opens up a new intellectual territory, allowing us to trace techno-animist streams of thinking both ‘East’ and ‘West’, beyond the confines of the scientific naturalism indigenous to European thinking. (shrink)

This is the story of a seductive idea and its sobering consequences. The twentieth century brought a new cultural confidence in the social powers of invention – but also saw the advance of consumerism, world wars, globalisation and human-generated climate change. Techno-Fixers traces how passive optimism and active manipulations were linked to our growing trust in technological innovation. It pursues the evolving idea through engineering hubris, radical utopian movements, science fiction fanzines, policy-maker soundbites, corporate marketing, and consumer culture. It (...) explores how evangelists of technological fixes have proselytised their faith, and critically examines the examples and products of their followers. The new technological confidence mixed together beliefs that were simultaneously compelling and unsettling. As motor vehicles, electricity supplies and radio became part of modern life in the early decades of the century, it was hard to argue against the transformative effects and inevitability of such transitions. Like it or not, social consequences seemed to come inexorably with the Machine Age, the Space Age and the Information Age. This deterministic vision implied an ever more technological future with unavoidable social consequences. For many, innovative technologies promised appealing new lifestyles and powers. But for a narrower band of proponents – the first generation of technological fixers – wise engineering invention was touted as a guaranteed route to positive human benefits and societal progress. Socially-engaged engineers and designers argued that such improvements could be directed, hastened and amplified. These engineering adventurers argued that modern societies could be guided only by rational designers. They contended that adroit technological solutions could solve contemporary problems better than any traditional method, including economic initiatives, citizen education, political ideology, lifestyle changes, legal frameworks and moral guidance. Their seductive claims were tamed by more mainstream American enthusiasts, and eventually boiled down to the concept of the technological fix. Their shared confidence infused policy-makers, broadcasters and science popularisers. Trust in technological fixes shaped a new generation of managers and law-makers, engineers and educators, futurists and citizens – and continues to drive a new generation of techno-fixers today. This cultural wave, its promoters and detractors, have championed the promise and voiced concerns that we have inherited, still unresolved. This book tracks the hubristic influencers and weighs up the confidences and concerns associated with them: the dramatic potential for novel technologies to work alongside longer human traditions to meet our enduring ambitions – or to reshape society for the worse. (shrink)

Technology takes an unprecedented position in contemporary society. In particular, it has become part and parcel of governmental attempts to manufacture life in new ways. Such ideas concerning the governance of life organize around the same contention: that technology and life are, in fact, highly interconnectable. This is surprising because if one enters the sites of techno-scientific experimentation, those visions turn out to be much frailer and by no means “in place” yet. Rather, they afford or enforce constant (...) interfacing work, a particular mode of manufacturing life, rendering disparate, sturdy, and often surprisingly incompatible things available for one another. Here, we contend that both of those aspects, pervasive rationalities of interconnectability and practices of interfacing mark the cornerstones of what we call a new techno-bio-politics of life. In order to grasp the government of life under the technological condition, we must understand how both human and non-human entities are being rendered interconnectable and re-worked through practices of interfacing. We take neuro-technology and care robotics as two illustrative cases. Our analysis shows that the contemporary government of life is not primarily concerned with life itself in its biological re-constitution but rather with life as it is interfaced with and through technology. (shrink)

This concept note was produced for a symposium held under the banner of Critical University Studies – South Africa (CUS-SA) at the University of Johannesburg in August 2022. The opening plenary session was addressed by Profs. Premesh Lalu, Sarah Mosoetsa and Sarah Nuttall. A summary of a paper prepared for this symposium by Michael Peters on the university in techno-rational times was presented as part of the panel. The rest of the symposium featured critical discussion in response to this (...) concept note and presentations of potential chapter contributions for a book on the theme. The concept note is followed below by six responses by South African higher education scholars in response to Michael Peters’ and the CUS-SA concept note. (shrink)

This paper places certain religious ideas of Eastern Christianity about our relationship to nature critically against techno-scientific thinking and practice. Specifically, the two focal issues of the discussion are the concept of religious sin, on the one hand, and the peculiarly modern fusion of science and technology, resulting in the novel phenomenon of techno-science, on the other. Two corresponding theses are advanced: that of sin as an epistemic, and not as a moral, error, and that of the (...) “Eucharistic” viz., celebratory relation with God. The paper then proceeds to trace significant parallels that may be discerned between the Orthodox theological view and Heidegger’s position on technology, and metaphysics more generally, culminating in the suggestion that the way out of the ‘danger’ of technology as techno-science must be found in art or religion. (shrink)

Introduction. The human world is presented as an integrity — an organic unity of many inter- connected and interdependent centers (parts, sides, elements): natural and cultural, natural and artificial, animate and inanimate. When any center dominates over others (for example, technical and technological) and / or attempts to realize its claim to the status of a whole, the agreed and optimal ra- tio in the coexistence and synergistic development of all centers, and, consequently, of the whole, is violated. There arises (...) an ecosystem problem. The purpose of the study is to present and analyze the techno-technologized world in the context of current philosophical and scientific methodologi- cal principles: polycentricity, complexity, network- centricity, and ecosystem; to designate their theoretical and practical significance, interdepend- ence; to substantiate the principle of ecosystems as more general and fundamental and to present its effectiveness in preserving the integrity of man, his world and the full value of human being-in-the- world. Methods. The author uses methods of dialectics, synergetics and systemic approach in the philo- sophical understanding of the specifics of the modern techno-technological world and a person’s existence in it. The author also uses the methods of extrapolation and interpretation, the ideas of B. Latour’s actor-network theory, and ecosystem approach. Scientific novelty of the research. The author projects the key attitudes and concepts of the actual conceptual and paradigm principles on the techno-technological world, and formulates the main advantages and disadvantages. The author substantially justifies that the principle of ecosys- tem is the most effective in solving the problem of preserving and reproducing the integrity of the human world, the person himself and his being. Results. The author carries out theoretical and methodological analysis of the techno-technolo- gized world and a person’s existence in it. It has been determined that when solving the problem of preserving and reproducing the integrity of a person and his world, the principle of ecosystems is the most effective and preferable. The ecosystem principle implies the synergistic unity of all centers of human existence, their interdependence and interconnection, ensures the priority of the whole for the benefit of each center, expressed in mutual strengthening and expansion of their potential. Conclusions. The author comes to the conclusion that the application of relevant paradigm principles in studying and analyzing the techno-technological world will make it possible to obtain a more mul- tidimensional and accurate interpretation of the ways and means of achieving a full-fledged human being, with a focus on preserving his identity, origi- nality, subjectivity and integrity. (shrink)

While COVID-19 has taken a toll on many professions and livelihood of all walks of lives, technology has amplified its intrusion to ease the necessities. Innovative technology, therefore, has improved the glitches and provided the software to adhere to these new normal. However, individuals' awareness and attitude toward the advancements of these technological trends need to be addressed. Although the government has taken measures to prevent and curb the growing cases for COVID-19 with the help of technology, the support from (...) the individuals would depend mostly on their level of awareness and the attitude toward those measures. The present qualitative study explored the techno trend awareness, perception and attitudes of techno experts and technical professionals toward social connectedness and mitigating factors of COVID-19. Besides, it also explained individuals' shift toward virtual interaction to maintain social connections during the pandemic. The thematic analysis generated four prominent themes. Social Connectedness, emphasized on the emotional connections that created a positive feeling of belongingness. Technological Advancement provided three sub-themes highlighting perception, techno trend awareness and desirable attitudes toward the mitigation of COVID-19. The categories under Treatment and Preventive Measures indicated the enhanced self-care of individuals and also the tendencies to minimize the spread of diseases. The emergence of the theme Inclination toward Indigenous Knowledge, which is an important finding, indicated the techno-experts inclination toward the indigenous knowledge amid vague scientific shreds of evidence. (shrink)

According to a chorus of authors, the human life-world is currently invaded by an avalanche of high-tech devices referred to as “emerging,” ”intimate,” or ”NBIC” technologies: a new type of contrivances or gadgets designed to optimize cognitive or sensory performance and / or to enable mood management. Rather than manipulating objects in the outside world, they are designed to influence human bodies and brains more directly, and on a molecular scale. In this paper, these devices will be framed as ‘extimate’ (...) technologies (both intimate and external; both embedded and foreign; both life-enhancing and intrusive), a concept borrowed from Jacques Lacan. Although Lacan is not commonly regarded as a philosopher of technology, the dialectical relationship between human desire and technological artefacts runs as an important thread through his work. Moreover, he was remarkably prescient concerning the blending of life science and computer science, which is such a distinctive feature of the current techno-scientific turn. Building on a series of Lacanian concepts, my aim is to develop a psychoanalytical diagnostic of the technological present. Finally, I will indicate how such an analysis may inform our understanding of human life and embodiment as such. (shrink)

This paper is based on the hypothesis that the effort to establish new criteria for diagnosing human death, which has been taking place over the past twenty years or more, can be viewed as a paradigm case for the impact of scientific and technological progress on morality. This impact takes the form of three tendencies within the change in morality, which may be characterized as ‘denaturalization’, ‘functionalization’ and ‘homogenization’. The paper concludes with the view that these tendencies do not (...) indicate a decline of morality, as feared by some authors, but rather a structural change. Keywords: bioethics (Institutionalization and Professionalization of), brain death, brain life, moral reflexivity, organ transplantation CiteULike Connotea Del.icio.us What's this? (shrink)

This paper places certain religious ideas of Eastern Christianity about our relationship to nature critically against techno-scientific thinking and practice. Specifically, the two focal issues of the discussion are the concept of religious sin, on the one hand, and the peculiarly modern fusion of science and technology, resulting in the novel phenomenon of techno-science, on the other. Two corresponding theses are advanced: that of sin as an epistemic, and not as a moral, error, and that of the (...) “Eucharistic” viz., celebratory relation with God. The paper then proceeds to trace significant parallels that may be discerned between the Orthodox theological view and Heidegger’s position on technology, and metaphysics more generally, culminating in the suggestion that the way out of the ‘danger’ of technology as techno-science must be found in art or religion. (shrink)

I argue that there is no “roaring reality of rampant secularism” with “technological application as its chief agent,” as claimed by John Caiazza (2005). Two phenomena, techno‐religion and a spirituality of technology, suggest a different picture of reality: Technology may be an alternative spirituality rather than an ally of a secularism that makes “nutcrackers of the soul” out of people who should be “dancers” (Nietzsche). An analysis of secularism and its manifold causes indicates that secularism is a fruit of (...) both science and religion. The secular is a companion of religion rather than its enemy. Hence, I recommend a heuristic instead of an ontological use of the concept of secularism. In a technological age, religion is changing rather than being displaced. These changes are illustrated by the increase of private religiosity, megachurches, and cyber‐spirituality. Energized by the tension between finitude and creativity, technology shares in the marks of spirituality (Philip Hefner) and in the potential for good and evil. In this situation, fundamentalism and dogmatism in religion, science, and technology are a greater threat than secularism. (shrink)

This paper identifies, explains, and illustrates the meaning of Post-Normal Techno-Anthropology as a two-step methodological strategy for analyzing policy-relevant scientific dissent in different segments of science, techno-science, and technological innovation. The first step focuses on epistemological and ethical analyses of the dissenting parties’ positions, and identifies conflicting arguments and assumptions on different levels. The second step involves scholarly discussions on how the analyses of policy-relevant scientific dissent can inform decision-makers and science advisors’ phronetic judgments. Dissenting views (...) on climate change of the Intergovernmental Panel on Climate Change and the Nongovernmental International Panel on Climate Change is used as an illustrative example. (shrink)

Starting from Patočka’s understanding of history as a reflective confrontation with the “shaken present”, I will examine his understanding of human responsibility. For Patočka, human responsibility is impossible to think if the basis of our investigation is couched in the formalised scientific explanation. To think about human responsibility is to recognise that our lives are not something in the world, unchanging and open to investigation by formalised knowledge as a tree or rocks are. We must be responsible for the (...) way we live. In that sense, science is incapable to account for the meaning of life. However, this does not mean that to speak of the meaning of life is meaningless. The life one leads is an achievement. What kind of an achievement it is depends on the way we understand the world and our place in it, who we want to be. (shrink)

This essay argues that nano-images would be best understood with an aesthetical approach rather than with an epistemological critique. For this aim, I propose a ‘techno-aesthetical’ approach: an enquiry into the way instruments and machines transform the logic of the sensible itself and not just the way by which it represents something else. Unlike critical epistemology, which remains self-evidently grounded on a representationalist philosophy, the approach developed here presents the advantage of providing a clear-cut distinction between image-as-representation and other (...) modes of existence of images, such as the one of ‘ imaginaction ’ that I draw from a comparison between far-field and near-field microscopies. Once this regime of imaginaction is distinguished from representation, I focus on nanotechnological percepts and argue that they follow a transmodal logic. I then draw the implications of this enquiry in terms of a new sensible condition that changes the way we think of non-living objects. Finally, I conclude that if techno-aesthetics dares to posit and articulate sensibility beyond the privileged sphere of subject/object relationships, it simultaneously engages us to consider the political character of our responsibilities towards the design of nano-engineered sensorial spaces. (shrink)

Bioart is a form of hybrid artistico-scientific practices in contemporary art that involve the use of bio-materials (such as living cells, tissues, organisms) and scientific techniques, protocols, and tools. Bioart-works embody vulnerability (intrinsic to all beings) and depend on (bio)technologies that allow these creations to come into being, endure and flourish but also discipline them. This article focuses on ‘semi-living’ sculptures by The Tissue Culture and Art Project (TC&A). TC&A’s artworks consist of bioengineered mammal tissues grown over biopolymer (...) scaffoldings of different shapes and require sterile conditions of a bioreactor and constant care in order to survive. The article explores how bioart-works are always already intertwined with multiple (bio)technologies and techniques of care and labour, forming specific feminist technoecologies that challenge conventional bioscientific and cultural imaginaries of embodiment and the relation between physis and techné. TC&A’s sculptures expose life as the non/living: the processual enmeshment of the organic and inorganic, living and non-living, and growth and decay. The article argues that thinking with and through the feminist technoecologies of bioart mobilises philosophical inventiveness: not only does it problematise the entwinement of technology and biomatter and of culture and nature, but it also prompts us to rethink the ontology of life. (shrink)

Cybernetically enhanced humanoids, the Borg assimilate entire civilizations using advanced technology. Genocidal destroyers, the Borg's ultimate goal is perfecting their species through the imperialistic incorporation of other species‘ biological and technological distinctiveness. Anxieties about the Borg focus on their invincible militarism, genocidal threat, ruthless cruelty, totalitarian collectivism, torturous technology, and physical monstrousness. The philosophical assumptions that underlie transhumanism can be traced to French philosopher Ren'e Descartes, who provided the foundation for Enlightenment philosophy and scientific advancement. The perfectionist goal of (...) the transhumanist project might lead to discrimination against those not wealthy enough to afford the genetic and cybernetic enhancements that become available. The fundamental philosophical premise that makes the Borg collective consciousness possible is shared by transhumanism: thoughts, memories, and personality traits are reducible to patterns of neural energy in the brain, and these patterns can be electronically simulated, transmitted, changed, or controlled. (shrink)

Given that the practices and institutions of knowledge production commonly referred to as ‘science’ are believed to have ‘Western’ origins, their apparent proliferation entails negotiations and power dynamics that shape both science and diplomacy in specific locales. This paper investigates a facet of this co-production of science and diplomacy in the emergence of knowledge infrastructure in Japan during the Allied Occupation. It focuses on the 1947 delegation from the United States National Academy of Sciences to Japan and its role in (...) creating the Science Council of Japan (SCJ). While historians view this mission as having been dispatched to provide advice on the foundation of the SCJ, it was in fact an unintentional outcome. The original plan was to recruit long-term scientific advisers on science policy to Douglas MacArthur's headquarters. The creation of the SCJ was not the brainchild of any individual but the result of an unforeseen alteration of the original idea through negotiations among various actors. By examining the transnational aspects of this process and the complex social process underlying it, and drawing on Manuel DeLanda's assemblage theory, this paper proposes the concept of ‘techno-diplomatic assemblage’ for understanding the transnational construction of knowledge infrastructure such as the emergence of the SCJ. (shrink)

In 1979, the Council of the European Communities declared its intention to ban battery cages for laying hens; one year later, everything about the ban is forgotten. During this preparatory year (1979-1980), all that happened is the publication of scientific reports, that is, attempts at producing knowledge as a basis for and justification of the ban decision. This paper aims at understanding to what extent ignorance and doubt were produced instead. By examining the reports, I demonstrate that there are (...) three interrelated levels of ignorance production: (1) the missions given by the Commission to scientists were ambiguous, (2) questions inherent to animal welfare sciences, such as the significant variability of their measures and results, lead to a systematic standardization, and (3) the battery cage works as a techno-scientific promise and an “obligatory passage point” where scientists and industry meet. Disciplinary identity issues therefore lead scientists to adopt a double standard about the welfare of laying hens. (shrink)

Almost everyone has an intuitive notion of what a random number is. For example, consider these two series of binary digits: 01010101010101010101 01101100110111100010 The first is obviously constructed according to a simple rule; it consists of the number 01 repeated ten times. If one were asked to speculate on how the series might continue, one could predict with considerable confidence that the next two digits would be 0 and 1. Inspection of the second series of digits yields no such comprehensive (...) pattern. There is no obvious rule governing the formation of the number, and there is no rational way to guess the succeeding digits. The arrangement seems haphazard; in other words, the sequence appears to be a random assortment of 0's and 1's. (shrink)

What could be more certain than the fact that 2 plus 2 equals 4? Since the time of the ancient Greeks mathematicians have believed there is little---if anything---as unequivocal as a proved theorem. In fact, mathematical statements that can be proved true have often been regarded as a more solid foundation for a system of thought than any maxim about morals or even physical objects. The 17th-century German mathematician and philosopher Gottfried Wilhelm Leibniz even envisioned a ``calculus'' of reasoning such (...) that all disputes could one day be settled with the words ``Gentlemen, let us compute!'' By the beginning of this century symbolic logic had progressed to such an extent that the German mathematician David Hilbert declared that all mathematical questions are in principle decidable, and he confidently set out to codify once and for all the methods of mathematical reasoning. (shrink)

Human beings are strange animals. Although evolutionary theory has brilliantly accounted for the features we share with other creatures—from the genetic code that directs the construction of our bodies to the details of how our muscles and neurons work—we still stand out in countless ways. Our brains are exceptionally large, we alone have truly grammatical language, and we alone compose symphonies, drive cars, eat spaghetti with a fork and wonder about the origins of the universe.