After WWII, global concerns about the uses of nuclear energy and radiation sources in agriculture, medicine, and industry brought about calls for radiation protection. At the beginning of the 1960s radiation protection involved the identification and measurement of all sources of radiation to which a population was exposed, and the evaluation and assessment of populations in terms of the biological hazard their exposure posed. Mexico was not an exception to this international trend. This paper goes back to the origins of (...) the first studies on the effects of radiation and on radioprotective compounds in the Genetics and Radiobiology Program of the National Commission of Nuclear Energy founded in 1960, at a time when the effects of radiation on living beings and radiation protection demanded the attention of highly localized groups of scientists and the creation of international as well as national institutions, and its connection to dosimetry and radiation protection until the 1990s. This historical reconstruction examines the circulation of knowledge, scientists, and their material and cognitive resources, to show that radiobiology, with dosimetry and radiation protection as cases in point, not only were carried out with high international standards in parallel with international agencies, but also reflected local material needs, including the standardization of new experimental techniques. (shrink)

Examining how, and to what effect, the phrase “truly international” became central to the rhetoric and organization of the American-hosted 1950 International Congress of Mathematicians, this essay traces the negotiation of a “truly international” discipline from mathematicians’ first international congresses around the turn of the century across two world wars and their divisive interlude. Two failed attempts to host international congresses of mathematicians in the United States, for 1924 and 1940, defined the stakes for those who became the principal organizers (...) for 1950. Combining American organizational records with contexts and sources that extend across and beyond traditional mathematical centers in Europe and North America, the essay shows how a small cohort of American mathematicians marshaled an emphatic but ambiguous “international” rhetoric to guide policies and command cooperation and support while responding to persistent challenges. Their adaptations and compromises left a lasting mark on the terms and achievements of international inclusion, cooperation, and hegemony in mathematics. (shrink)

Contemporary scholarship concerning science diplomacy is increasingly taking a historical approach. In our introduction to this special issue, we argue that this approach promises insight into science diplomacy because of the tools historians of science bring to their work. In particular, we observe that not only are historians of science currently poised to chart the diplomatic aspects involved in the transnational circulation of technoscientific knowledge, materials, and expertise. They are ready to bring critical global analysis to an important phenomenon that (...) has too often been treated as a benign diplomacy device deployed by the Global North without equal reference to the Global South. Through cases discussed in the articles of the special issue, however, we see that historically, in the Global South as well as the Global North, science diplomacy has often functioned to mediate the circulation of technoscientific knowledge and materials, and its historical study helps to better illuminate the resulting knowledge-power nexus. (shrink)

The aftermath of the Second World War represented a major turning point in the history of French and European physical sciences. The physicist's profession was profoundly restructured, and in this transition the role of internationalism changed tremendously. Transnational circulation became a major part of research training. This article examines the conditions of possibility for this transformation, by focusing on the case of the summer school for theoretical physics created in 1951 by the young Cécile Morette (1922–2017), just in front of (...) Mont Blanc, at Les Houches. First I show that ultimately it was only thanks to extremely specific and intertwined social positions and dispositions, in terms of class and gender (derived from her socialization as an expecteddame de la bourgeoisie), and through the interactions between such social attributes and a dramatic life event, that Morette managed to gather a network diverse, powerful and transnational enough to create this institution. Then, following the first years of this school, I show how it became an international model, paving the way to new articulations between the local, the national and the global scales, even beyond the Cold War oppositions. (shrink)

ArgumentThis article contributes to a global history of relativity, by exploring how Einstein’s theory was appropriated in Belgium. This may sound like a contradiction in terms, yet the early-twentieth-century Belgian context, because of its cultural diversity and reflectiveness of global conditions (the principal example being the First World War), proves well-suited to expose transnational flows and patterns in the global history of relativity. The attempts of Belgian physicist Théophile de Donder to contribute to relativity physics during the 1910s and 1920s (...) illustrate the role of the war in shaping the transnational networks through which relativity circulated. The local attitudes of conservative Belgian Catholic scientists and philosophers, who denied that relativity was philosophically significant, exemplify a global pattern: while critics of relativity feared to become marginalized by the scientific, political, and cultural revolutions that Einstein and his theory were taken to represent, supporters sympathized with these revolutions. (shrink)

Genomics is increasingly considered a global enterprise – the fact that biological information can flow rapidly around the planet is taken to be important to what genomics is and what it can achieve. However, the large-scale international circulation of nucleotide sequence information did not begin with the Human Genome Project. Efforts to formalize and institutionalize the circulation of sequence information emerged concurrently with the development of centralized facilities for collecting that information. That is, the very first databases build for collecting (...) and sharing DNA sequence information were, from their outset, international collaborative enterprises. This paper describes the origins of the International Nucleotide Sequence Database Collaboration between GenBank in the United States, the European Molecular Biology Laboratory Databank, and the DNA Database of Japan. The technical and social groundwork for the international exchange of nucleotide sequences created the conditions of possibility for imagining nucleotide sequences as a “global” objects. The “transnationalism” of nucleotide sequence was critical to their ontology – what DNA sequences came to be during the Human Genome Project was deeply influenced by international exchange. (shrink)

Following the 15th anniversary of the European Society for the History of Science (ESHS), one can definitely say that this relatively young society has come of age. Through regular meetings, a journal, a prize, fellowships and various other activities, the ESHS has been striving to create a space fostering diversity, plurality and internationalization among historians of science, located in Europe and elsewhere. This paper revisits my own research on the past of the sciences in Portugal, examining in particular the role (...) of the 18th century naturalist and diplomat Abbé Correia da Serra. As a member of an extended network of estrangeirados (Europeanized intellectuals), Correia da Serra played a decisive role in the circulation of knowledge in Europe and also in the world, a role forgotten by his peers within the time interval of a generation. This case study acts as a springboard to discuss the importance of geographical and methodological diversity in the past of the sciences in Europe. In the present historiographical predicament in which the international community finds itself, I advocate that one of the main challenges faced by the ESHS is to turn its historical gaze to Europe again, while fiercely repudiating Eurocentrism. This enables to show how much the building of the European spaces of scientific practice were never a prerogative of a few regions or a small set of countries, but, on the very contrary, took shape as the result of complex interactions between diverse spaces and cultures, not only intra-European but also non-European. (shrink)

As technologies of ocean exploitation emerged during the late 1960s, science policy and diplomacy were formed in response to anticipated capabilities that did not match the realities of extracting deep-sea minerals and of resource exploitation in the deep ocean at the time. Promoters of ocean exploitation in the late 1960s envisaged wonders such as rare mineral extraction and the stationing of divers in underwater habitats from which they would operate seabed machinery not connected to the turbulent surface waters. Their promises (...) coincided with others' fears that nuclear weaponry would be placed on the seabed. Those who lacked the technological capability to extract minerals from the seabed also had concerns that other nations would exploit their resources. Scientific imaginaries caused uncertainty in the international community—especially in the “Global South.” The UN called the “Law of the Sea” conferences to mediate emerging geopolitical tensions caused by these imaginaries of exploitation of ocean resources. These conferences became a site where lawmakers projected futures rather than merely responding to past or present dilemmas. Diplomats' negotiations, with their basis in anticipation of the future uses of science and technology, reveal the role of scientific imaginaries within complex negotiations. Here, we see the impact of the distinction (or blurring) of the real and the imagined on the balance of relations between Global North and South increasing global imbalances of resources and power. This article's analysis of such scientific diplomacy provides a valuable example of the power of scientific imaginaries to have a global impact. (shrink)

The history of twentieth-century life sciences is not exactly a new topic. However, in view of the increasingly rapid development of the life sciences themselves over the past decades, some of the well-established narratives are worth revisiting. Taking stock of where we stand on these issues was the aim of a conference in 2015, entitled “Perspectives for the History of Life Sciences”. The papers in this topical collection are based on work presented and discussed at and around this meeting. Just (...) as the conference, the collection aims at exploring fields in the history of life sciences that appear understudied, sources that have been overlooked, and novel ways of engaging with this material. The papers convened in this collection may not be representative of the field as a whole; but we feel that they do indicate some elements that have received emphasis in recent years, and may become more central in the years to come, such as the history of previously neglected contexts and domains of the life sciences, the question of continuity and change on the level of practices, the history of complexity and diversity in twentieth-century life sciences and the reconsideration of the relationship between history and philosophy of life sciences. (shrink)

In the 1960s, the growing strategic importance of ocean exploration led the French government to develop greater capacity in marine scientific research, aiming to promote cooperative and diplomatic relations with the leading states in ocean exploration. Devised during Charles de Gaulle's government (1958–1969), the restructuring of French oceanography culminated, in 1967, in the establishment of the state‐led Centre National pour l'Exploitation des Océans (CNEXO). Beyond being intended to control the orientation of marine research at a national level, the CNEXO's mission (...) was to use scientific diplomacy to balance a desire for enhancing international cooperative relations in oceanography with French ambitions to equal the USA's leading capacity to explore the oceans. Its director, the naval officer Yves la Prairie, played a crucial role in articulating scientific, national, and diplomatic interests for France in the oceans. (shrink)

The year 1968 is universally considered a watershed in history, as the world was experiencing an accelerated growth of anti-establishment protests that would have long-lasting impacts on the cultural, social, and political spheres of human life. On September 26, amid social and political unrest across the globe, 62 physicists gathered in Geneva to found the European Physical Society. Among these were the official representatives of the national physical societies of 18 countries in both Eastern and Western Europe, who signed the (...) constitution in spite of the political divides of the Cold War. According to the main proponent of the society, Italian physicist Gilberto Bernardini, the success of the initiative was the realization of a dream: the institutional formation of a single community of European physicists, a representation of a culturally unified Europe that he described as a “single highly civilized nation.” The analysis of as yet unexplored archival materials of Bernardini and other protagonists in the establishment of the society has enabled an investigation of the historical development of science diplomacy in two interconnected ways: first, by elucidating how the actors involved, especially those in Western Europe, interpreted their role as diplomats amid particularly turbulent reconfigurations of international political relations; second, by interpreting the attempt to institutionalize transnational scientific networks with the establishment of a non-governmental organization as a tool to influence world political affairs. It will first be shown that the political ideal of a culturally unified Europe was deeply intertwined with the socio-professional interests of a specific community, mostly involved with CERN. I will argue that, in the process of establishing the society, the invasion of Czechoslovakia by Warsaw Pact armed forces led many of the Western physicists involved in this process to reframe the role of the European Physical Society as a tool to diffuse liberal-democratic values and to support political dissidents in Eastern Europe. (shrink)

Recent debates in the history of science aimed at reconstructing the history of scientific diplomacy have privileged the analysis of forms of diplomacy coming from above. Instead, the objective of this paper is to raise awareness of these debates by looking at attempts at scientific diplomacy from below. Such a shift in perspective might allow us to observe the impact of marginalized social agents on the construction of international diplomatic choices. This article particularly focuses attention on how the legacy of (...) Bernalism has fostered the emergence of two different types of science diplomacy. On the one hand, Bernalism has influenced the goals of organizations such as UNESCO and the World Peace Council, which are forms of science diplomacy I would term from above. On the other hand, Bernalism has also been at the origin of radical scientific movements that I propose to interpret as forms of scientific diplomacy from below. These have, in fact, played a cardinal role not only in raising public awareness of the social and political roles of science, but also in the more direct participation of scientists in defining the political objectives of their research activity. From this point of view, I analyze how an association like the World Federation of Scientific Workers proposed (at least in the beginning) greater democratic participation than the top‐down structures of other forms of scientific internationalism. (shrink)

. By focusing on the emergence and integration of “hybrid children” anthropology into the Human Adaptability section of the International Biological Program in Japan during the 1950s and 1970s, this paper presents how transnational dynamics and mechanisms played out in shaping and maintaining the racist aspects while simultaneously allowed them to be included in the HA-IBP framework. It argues that Japanese anthropologists operated a double play between their national and transnational spaces, that is, they attenuated racist aspects of their research (...) in their international activities while authenticating race in their national work. This paper will conclude with reflections on the transnational nationalism of konketsuji anthropology. (shrink)

With this introduction we aim to illuminate Western Europe's place on the map of Cold War science and, specifically, to draw attention to the differences in and the diversity of Western European Cold War science in comparison to the United States. By discussing narratives of Cold War science in small states and asking how they fit into the European condition, we suggest that the fact of being a small state affects the conditions for and the scope of Cold War science. (...) As a whole, this special issue also emphasizes the importance of the spatial dimension; that is, the significant dependence of Cold War science on geographical relations and geopolitical interests. (shrink)