This essay traces the complex constellation of ideas that informs Anders's turn to the generalizing expression ‘the human’ in his postwar work. It mobilizes the properties of radioactive material and digital data, which are both curiously imperceptible to our senses, to discuss Anders’s insistence on the universalizing pronoun `we' and assess its significance in the contemporary world. To do so, it aligns Anders's work with current debates about the Anthropocene and critiques of the use of the term ‘the human’ in (...) postcolonial settings. (shrink)

Nucleic acid hybridization is being increasingly used in viral diagnosis. Most of the assays described so far for this purpose require the use of radioactive probes. Their replacement by Non‐radioactive assays has many advantages and makes the technique feasible in routine diagnostic work. Non‐radioactive assays have had limited use but their diagnostic value has been demonstrated for a number of virus infections. They have the main advantages of employing stable probes, of avoiding safety hazards and of being easy and rapid (...) to perform with limited laboratory facilities. Their main disadvantage compared to radioactive assays is in having relatively low sensitivity. Improvements in probe construction, in labelling and detecting methods, in sample treatment and in hybridization conditions may well increase their usefulness. (shrink)

The treatment of Australia's Aboriginal people by the nuclear industry is a poorly researched topic. That is not merely a gap in the academic research on related topics, but it has “real world” consequences. Put simply, the paucity of information about the mistreatment of Aboriginal people makes it easier for nuclear interests to repeat past practices; and conversely, proper documentation and publication of past practices detrimental to Aboriginal people can make it more difficult for nuclear interests to repeat those practices. (...) Over the past decade Friends of the Earth Australia has sought to partially remedy the information deficit in the context of its work with Aboriginal communities involved in debates regarding uranium mining and proposed radioactive waste repositories. One thread of that work is the growing body of multimedia work by FoE member Jessie Boylan covering the legacy of the atomic bomb tests, uranium mining and waste repository proposals. Another thread of the project is detailed written documentation of past and present incidents of mistreatment of Aboriginal people by nuclear interests. This article builds on that research and focuses on attempts to impose radioactive waste repositories on the land of unwilling Aboriginal communities in South Australia. (shrink)

One extreme example of intergenerational environmental change is given by nuclear waste. The radiation from a typical nuclear waste assembly will remain fatal for humans for millennia, creating the problem of communicating a warning about hazardous repositories to people so far in the future that we cannot assume any common ground with them in terms of languages and cultural contexts. This poses limitations to solutions proposed in the context of semiotics. The need for communicating danger and for keeping future people (...) away from certain sites may be tackled from a more sensorial and aesthetic perspective. Given the size of nuclear waste repositories, and the problem of keeping people at a distance, the dimension at which the problem must be tackled is environmental. This work argues for an exploration of what environmental aesthetics, despite and perhaps thanks to all the ongoing definitional and conceptual debates in the discipline, has to offer. (shrink)

In this article we investigate whether long-term radioactive waste management by means of geological disposal can be understood as a social experiment. Geological disposal is a rather particular technology in the way it deals with the analytical and ethical complexities implied by the idea of technological innovation as social experimentation, because it is presented as a technology that ultimately functions without human involvement. We argue that, even when the long term function of the ‘social’ is foreseen to be restricted to (...) safeguarding the functioning of the ‘technical’, geological disposal is still a social experiment. In order to better understand this argument and explore how it could be addressed, we elaborate the idea of social experimentation with the notion of co-production and the analytical tools of delegation, prescription and network as developed by actor-network theory. In doing so we emphasize that geological disposal inherently involves relations between surface and subsurface, between humans and nonhumans, between the social, material and natural realm, and that these relations require recognition and further elaboration. In other words, we argue that geological disposal concurrently is a social and a technical experiment, or better, a long-term socio-technical experiment. We end with proposing the idea of ‘actor-networking’ as a sensitizing concept for future research into what geological disposal as a socio-technical experiment could look like. (shrink)

Le conflit d’interprétation, associé aux aspects de la santé, de la contamination radioactive et des indemnisations, est toujours d’actualité dans le monde. Dans cette analyse, l’auteure avance que les expériences subjectives apportées par les récits construits par les survivants du désastre de Goiânia, au Brésil, défient les identités et les frontières définies par la biomédecine pour encadrer cette catastrophe.

The accidents at Three Mile Island and Chemobyl have slowed the development of commercial nuclear fission in most industrialized countries, although nuclear proponents are trying to develop smaller, allegedly “fail-safe” reactors. Regardless of whether or not they succeed, we will face the problem of radioactive wastes for the next million years. After a brief, “revisionist” history of the radwaste problem, Isurvey some of the major epistemological and ethical difficulties with storing nuclear wastes and outline four ethical dilemmas common to many (...) technological and environmental controversies. I suggest two solutions to these ethical dilemmas and show why they are also economical and realistic proposals. (shrink)

About 22 years ago, the physics world was briefly rocked by claims of evidence for a new “5 th force”, based on reanalysis of data from an early 20 th century experiment. Baron Roland von Eötvös, a Hungarian nobleman, had performed extensive measurements of the correlation between inertial mass and gravitational mass and published them in 1922. The lead article in the January 6, 1986 issue of Physical Review Letters had the unassuming title: "A Reanalysis of the Eötvös Experiment" by (...) Ephriam Fischbach, et al. Two days later the New York Times ran an article with the headline: "Hints of Fifth Force in Universe Challenge Galileo's Findings" describing the possible implications of Fischbach's work. (shrink)

This essay explores the significance of political and ideological context as well as experimental culture for the participation of women in radioactivity research. It argues that the politics of Red Vienna and the culture of radioactivity research specific to the Viennese setting encouraged exceptional gender politics within the Institute for Radium Research in the interwar years. The essay further attempts to provide an alternative approach to narratives that concentrate on personal dispositions and stereotypical images of women in science (...) to explain the disproportionately large number of women in radioactivity research. Instead, the emphasis here is on the institutional context in which women involved themselves in radioactivity in interwar Vienna. This approach places greater importance on contingencies of time and place and highlights the significance of the cultural and political context in a historical study while at the same time shedding light on the interrelation between scientific practices and gender. (shrink)

The nuclear community frequently refers to the concept of “future generations” when discussing the management of high-level radioactive waste. However, this notion is generally not defined. In this context, we have to assume a wide definition of the concept of future generations, conceived as people who will live after the contemporary people are dead. This definition embraces thus each generation following ours, without any restriction in time. The aim of this paper is to show that, in the debate about nuclear (...) waste, this broad notion should be further specified and to clarify the related implications for nuclear waste management policies. Therefore, we provide an ethical analysis of different management strategies for high-level waste in the light of two principles, protection of future generations—based on safety and security—and respect for their choice. This analysis shows that high-level waste management options have different ethical impacts across future generations, depending on whether the memory of the waste and its location is lost, or not. We suggest taking this distinction into account by introducing the notions of “close future generations” and “remote future generations”, which has important implications on nuclear waste management policies insofar as it stresses that a retrievable disposal has fewer benefits than usually assumed. (shrink)

The accidents at Three Mile Island and Chemobyl have slowed the development of commercial nuclear fission in most industrialized countries, although nuclear proponents are trying to develop smaller, allegedly “fail-safe” reactors. Regardless of whether or not they succeed, we will face the problem of radioactive wastes for the next million years. After a brief, “revisionist” history of the radwaste problem, Isurvey some of the major epistemological and ethical difficulties with storing nuclear wastes and outline four ethical dilemmas common to many (...) technological and environmental controversies. I suggest two solutions to these ethical dilemmas and show why they are also economical and realistic proposals. (shrink)

UK radioactive waste management policy making is currently taking place within a participatory and analytic- deliberative decision-making framework; one that seeks to integrate public and stakeholder values and perspectives with scientific and technical expertise. One important aspect of this socio-technical reframing of the radioactive waste problem is an explicit recognition that legitimate and defensible policy making must take into account important ethical issues if it is to be a success. Thus, there is a need for tools to incorporate adequate assessment (...) of ethical issues in a way that is compatible with this approach. The ' ethical matrix ' is one such tool used recently to address a range of agricultural and natural resource issues that shows promise for this field. This paper assesses the strengths and limitations of the matrix and outlines a framework for the development of alternative tools to better satisfy the needs of ethical assessment in radioactive waste management decision making processes. (shrink)

This paper explores the consequences of the orthodox resolution of the measurement problem for the axiomatic base of non-relativistic elementary quantum mechanics. It is argued that the standard resolution of the measurement problem generates a paradox whose dissolution may be achieved through an enrichment of the axiomatic foundations of quantum mechanics. These results are also linked to some recent creative proposals by Nancy Cartwright concerning the nature of the so-called reduction of the wave packet.

The ethical matrix is a participatory tool designed to structure ethical reflection about the design, the introduction, the development or the use of technologies. Its collective implementation, in the context of participatory decision-making, has shown its potential usefulness. On the contrary, its implementation by a single researcher has not been thoroughly analyzed. The aim of this paper is precisely to assess the strength of ethical matrixes implemented by a single researcher as a tool for conceptual normative analysis related to technological (...) choices. Therefore, the ethical matrix framework is applied to the management of high-level radioactive waste, more specifically to retrievable and non-retrievable geological disposal. The results of this analysis show that the usefulness of ethical matrixes is twofold and that they provide a valuable input for further decision-making. Indeed, by using ethical matrixes, implicit ethically relevant issues were revealed—namely issues of equity associated with health impacts and differences between close and remote future generations regarding ethical impacts. Moreover, the ethical matrix framework was helpful in synthesizing and comparing systematically the ethical impacts of the technologies under scrutiny, and hence in highlighting the potential ethical conflicts. (shrink)

In this article, we analyze the intractability of the low-level radioactive waste debate in California through the construction and examination of policy frames and their associated policy narratives. Relying primarily on reports, formal comments, and written correspondence, we reconstruct three policy frames and explore their interaction in the public debate through the policy stories told by the actors. We analyze how policy actors using these policy frames appropriate available information, value scientific input, and respond to uncertainty in technical and regulatory (...) information to create policy stories. These policy frames and their associated policy narratives demonstrate how policy actors differ in their drivers for action, bases for trusting claims, and response to uncertainty. These differences lead to divergent characterizations of the risk of low-level radio-active waste disposal. This analysis provides insight into the dynamics of intractable policy controversies. (shrink)

Denmark was once at the forefront of nuclear research, operating three experimental nuclear reactors at the research facility at Risø, close to Copenhagen. However, the 1985 resolution of the Danish Parliament excluded nuclear power from the national energy mix. In 2003, the Parliament passed a resolution on the decommissioning of the nuclear facility at Risø, including plans for establishing a permanent solution for radioactive waste management. To understand the ensuing socio-technical controversy, we employ the “hybrid forum” framework that emphasizes the (...) entangled political-epistemological role of the municipalities and protest groups. They mobilized political resistance while also performing “research in the wild.” In 2016, the protest groups became part of an institutionalized “hybrid forum” where they could negotiate directly with experts and government representatives. We conclude that municipalities and protest groups were instrumental in changing the Danish position on radioactive waste management from final repository to long-term storage at Risø. (shrink)

This book tells the curious story of an unexpected finding that sheds light on a crucial moment in the development of physics: the discovery of artificial radioactivity induced by neutrons. The finding in question is a notebook, clearly written in Fermi's handwriting, which records the frenzied days and nights that Fermi spent experimenting alone, driven by his theoretical ideas on beta decay. The notebook was found by the authors while browsing through documents left by Oscar D'Agostino, the chemist among (...) Fermi's group. From Fermi's notes, they reconstruct with skill and expertise the detailed timeline of the critical days leading up to his vital discovery. While much is already known about the road that led Fermi to his important result, this is the first time that it has been possible to reconstruct precisely when and how the initial evidence of neutron-induced decay was obtained. In relating this fascinating story, the book will be of great interest not only to those with a passion for the history of science but also to a wider audience. (shrink)

After 150 years of scientific developments, the periodic system of chemical elements is still an icon of modern science. Its resilience is striking. The icon used today by scientists and teachers is in fact the outcome of many rearrangements and reinterpretations by the scientific community during that period. This success is often explained as a result of the underlying atomic structure, discovered in the first decades of the 20th century, an explanation that completely neglects the fine structure of the process (...) of ongoing renegotiation and successive stabilizations. How did indeed contemporary scientists navigate in times of reinterpretation? The physicist Lise Meitner and the chemist Ida Noddack were, in different ways, involved in discoveries and interpretations of the periodic system. In 1934, as part of the celebration of the centenary of Dmitri Mendeleev's birth, they each published an article on the system: Meitner in Die Naturwissenschaften, and Noddack in Angewandte Chemie. These two articles, written from the perspectives of a nuclear physicist and a chemist experienced in searching for undiscovered elements, respectively, constitute excellent sources for understanding what new discoveries and insights meant for the meaning and value of the periodic system at the very beginning of the nuclear age in science. Through an analysis of the two contributions, we will argue that resilience is the foremost value of the periodic system. We will also discuss what this value means for the future of the periodic system and its representations. (shrink)

High-level radioactive waste is not fundamentally different from all other pollutants having long life spans in the biosphere. Nevertheless, its management has been treated differently by policy makers in the United States as well as most other nations, who have chosen permanent isolation from the biosphere as the objective of high-level radioactive waste disposal policy. This policy is to be attained by burial deep within stable geologic formations. The fundamental justification for this policy choice has been provided by utilitarian ethical (...) analysis. It, in turn, has been supported primarily by assumptions, based on expert opinion, about the ultimate safety of geologic disposal. However, close analysis of these assumptions reveals that the safety of geologic disposal is highly uncertain. Moreover, factors such as the possibility for human intrusion into repository sites make it impossible to even guess at the ultimate consequences of any policy choice pertaining to the final disposal of high-level radioactive waste. I discuss why utilitarian ethics cannot be used to determine the efficacy of such policy choices. I then develop an alternative approach which is based on egalitarian principles of procedure and utilize it to explore policy proposals which promote justice and equity in the high-level radioactive waste management process. I argue that there are two possible solutions to the high-level radioactive waste dilemma: an amendment to the U.S. Constitution to create an institution to advocate on behalf of the interests of future generations and the active management of the waste in monitored, retrievable facilities in perpetuity. Of these two options, I find maintaining surveillance and vigilance in perpetuity to safeguard high-level radioactive waste to be preferable because of its political and ethical efficacy. (shrink)

Sociologists of risk tend to presume that populations have static perceptions of risk that can be correlated with their degree of technical expertise or their structural relation to society. Such commentators show little interest in human agency unless it is the agency of professional risk communicators educating the public. This analysis of the conflict over a radioactive incinerator in Livermore, California, emphasizes the fluidity of public perceptions of the incinerator and the agency of activists in shaping those perceptions in a (...) battle for rhetorical position with the U.S. Department of Energy. At a historical moment when the media was publicizing decades of environmental problems in the U.S. nuclear weapons complex, activists were able to defeat the incinerator by creating a transitory alliance with local developers and by using rhetorical strategies that slyly undermined the official discourse on risk. (shrink)

The disposal of high-level radioactive waste (HLRW) is an issue that has seemed to defy not only solution but even a rational approach. This article reviews the development of U.S. HLRW disposal policy, focusing on the role of the scientific establishment. The failure of policymakers and their expert advisers is traced to the nature of the issues that need to be resolved to guarantee the safety of present and future generations. Scientific analysis cannot be used to predict the significance and (...) impact of human actions at disposal sites in the distant future. Consequently, it cannot provide a comprehensive risk assessment of any permanent HLRW disposal options. Perpetual management of HLRW in monitored retrievable facilities can address this issue. A management process that is guided by both science and ethics is best suited to protecting health and the environment, as well as intergenerational equity and justice. (shrink)

Comment expliquer la persistance d’objets techniques ou scientifiques qui semblent en tout point dépassés? Cet article étudie ce problème, à travers un cas portant sur les modèles d’évaluation du passage de la radioactivité dans l’environnement. Ces modèles apparaissent dans les années 1950 et se fondent alors sur un coefficient unique. De nombreux problèmes conceptuels et pratiques concernant ce paramètre apparaissent et sont alors menés de nombreux travaux de développement d’alternatives à ces modèles qui semblent dépassés. Malgré cela, ceux-ci sont encore (...) aujourd’hui largement majoritaires. Nous expliquons cette situation a priori paradoxale par des raisons « pratiques » (coûts techniques, structure sociale de l’expertise) et avec des arguments fondés sur les fonctions des modèles et sur leurs usages. (shrink)

This article traces the emergence of ecomedia in Japan’s nuclear exclusion zone. I take this emergence as an opportunity to think through the relations of sensing technologies and animals as well as the transformative potential of these relations for critical thought. I turn to the camera trap and the Geiger counter first to understand how these sensor-based media are used to generate data around environmental inquiry as well as how they may be reassembled to help us take measure of the (...) aftereffects of the 3.11 disasters through and with located relationships and encounters among species, human and nonhuman. By exploring how ecomedia invite nonhuman makings to enter the analytical frame, I hope to arrive at an understanding of environmental harm not as a futurological threat but as an ongoing event that calls for new forms of agentic thinking and enactments of multispecies struggle and collaboration. (shrink)