Category Archives: easst review

Facing the elephant: STS inspired reflections on the political crisis associated with migrants

In September 2018 the Centre for Social Studies (CES), University of Coimbra, Portugal held a workshop entitled ‘How can STS help to reflect on the political crisis associated with migrants, refugees and asylum seekers?’ An international group of scholars from STS, migration and border studies met to explore the benefits and limitations of using the analytical and methodological repertoire of STS to understand the ongoing political and social migration crises. Here, the organizers and participants write together and argue that it is necessary to tap into the full potential of STS as science and intervention to contribute to engaging with the sociotechnical and epistemic aspects of forced migration and displacement, resettlement, (re)integration, inclusion and related debates and practices.

Since at least 2015 and the so-called ‘summer of migration’, the term ‘crisis’ in combination with ‘migration’ has been the political and social hot potato. It has received a lot of scholarly interest from different areas of the social sciences, but surprisingly little from STS. In 2018 workshop organizers and participants of a workshop on ‘How can STS help to reflect on the political crisis associated with migrants, refugees and asylum seekers’ faced the elephant in the STS room and discovered that all the ingredients are in place to do interesting and scholarly and politically relevant research inspired by STS accounts.

The workshop was motivated by a desire to gather together scholars interested in exchanging and articulating suitable research questions and conceptual/methodological STS approaches in order to generate new insights. Considering the multi/interdisciplinary research on the topic already available – most prominently in migration studies or border studies – a driving question was what interesting partnerships could be made between STS and other research traditions, such as urban studies and postcolonial and decolonial studies.

Figure 1: Group Picture

Beginning by highlighting some of the most obvious connections, migration management establishes technologies and infrastructures that invite critical study through an STS lenses. As a substantial example of what infrastructures, and what implicit politics entangled with them, are at stake here, Martina Tazzioli reflected in her key note talk on the data infrastructures and data circuits associated with the implementation of debit cards in refugee camps, and explored the ways in which refugees’ subjectivities have been shaped by this peculiar articulation between financial tools and ‘humanitarian’ rationales. Dealing with the processes of the financialization of refugee governmentality, Tazzioli focused on the Greek context, where the European Union (EU) has implemented the first refugee Cash Assistance Programme in Europe in collaboration with the United Nations High Commissioner for Refugees (UNHCR). She explored how financial tools, together with digital technologies, have been used to control and govern would-be refugees. In a significant concluding interpretation she questioned the nexus between identity and data that humanitarian actors try to establish through the spreading notion of ‘digital identity’, presented as something that both protects and controls refugees at the same time.

Figure 2: Martina Tazzioli

Two rather broad technological categories – Biometric Identification Technologies and Information and Communication Technologies (ICTs) – appear particularly relevant in (dis)enablement of migrants to exercise their right to move. Technologies are key instruments allowing simultaneously for political, social and cultural change, as well as new forms of social control. Martin Lemberg-Pedersen and Eman Haioty’s contribution explored the element of social control being exercised with the help of biometric technologies. Based on their case study into the UNHCR´s practice of iris-enrolling refugees, they discussed the ‘humanitarian experimentation’ of technologies on refugee populations. The authors explored some of the consequences of iris-data transformative capacity – such as becoming a suspicious (and a surveillable) body in a digital age and biometrics’ dynamics of racialization – through the concept of the quasi-object (Serres, Latour). Furthermore, the authors argued that biometric technology acts as a tool for neoliberalized displacement governance, by considering refugees as traceable units of credit (of potential labor, consumption, aid delivery) and credit-nodes for an Information Technology (IT) market (security, consultancy and humanitarian actors).

The ambiguities linked to ICTs were addressed in several presentations. Luciana Sotero, Maria Dias and Joana Sousa Ribeiro prompted us to ask whether we were not jumping too fast to the conclusion that ICTs are necessarily beneficial to migrants’ integration. They argued that ICTs might help migrants deal with the negative experiences associated with the breakdown of, what are known in psychology as, personal social networks. However, they also pointed out, ICTs are far from being a panacea: among other issues, they suggested that the fact that migrants now find it relatively easy to stay in touch with their families thanks to ICTs also has the effect of making the creation of new social connections less urgent, raising questions about ICT’s complex relation to social (re)settlement and forced assimilation. Going further, the authors also made a second and, perhaps, more provocative question when they encouraged us to reflect on what meaning of ‘integration’ is being embedded in the ICTs being promoted as part of the EU’s digital inclusion strategy. STS can help by offering concepts and paradigmatic cases on how to unpack normative assumptions built into these EU-funded ICT’s.

In another case study on the role of ICTs, Vasilis Galis and Vasiliki Makrygianni addressed what they call ‘the digital resistance in the Greek territory’ and portrayed the strategies and practices of survival, resistance and counter-movement promoted by migrants living in a state of ‘subversive mobility’ (Cohen et. al. 2017). The speakers argued that the use of ICTs paves the path for collective ‘unbordering practices’ as it creates digital spaces of autonomy and empowerment. ‘Escaping from domination’ practices occur both when migrants communicate among themselves and with people in solidarity. Furthermore, the use of such digital technologies subverts the European hegemonic system, as it [co-]reconfigures migration practices by enacting emancipatory patterns of use, and vice versa. Against this backdrop, the authors analyzed the multidimensional role of ICTs in migratory routes and digital border technologies as persecutory instruments of the border regime.

The two examples on the complex roles of ICTs in the context of migration and border regimes clearly demonstrated the multiple human–non-human relationships at work, and focused on making visible the empowering and disempowering effects of ICTs on migrants. 

Like the examples above, other contributions to the workshop also differed with regards to their implicit preferences enacting different versions of the ‘the state’, ‘state borders’ and ‘migrants’.. Their different approaches reflected the various positions in an ongoing discussion in migration studies on so-called ‘methodological nationalism’ (Wimmer and Glick Schiller 2003). Migration research continues to produce a lot of – sometimes critical – work on how migration is governed by states and their technologies, but little work exists on how migrants exert their autonomy as moving subjects and how they claim rights without necessarily depending on representational politics and practices. Critics have problematized the dominance of approaches that take the nation state and nation state borders for granted and thereby contribute to their further naturalization. Taking heed of this criticism, scholars have been putting together a new vocabulary to study migration ‘from below’. The concepts of ‘autonomy’ (Papadopulous and Tsianos 2013) and ‘acts of citizenship’ (Isin and Saward 2010) are important ones coined in this spirit. The discussion on methodological nationalism can be understood as an invitation to reflect on each scholar’s account of migration with an eye to what such a perspective allowed them to see, but also what did it not allow them to see, where such blind spots derive from and, finally, how to overcome these limits.

Yet, taking into account that STS-inspired approaches also produce their own blind spots, overlook some developments and overemphasize others – which likewise should be subject of reflection – such approaches may help to expand and diversify the methodological and analytical repertoire (including that of methodological nationalism) available to study the blind spots of forced migration regimes and border technologies. As an example, we portray here the work of Fredy Mora-Gámez, which opened a rather promising line of inquiry on the intersection between studies on solidarity and STS work around the notion of care in practice (even though he did not himself use the word ‘care’ in portraying his research). Mora-Gámez’s research introduces the notion of infrastructures of solidarity to the study of the everyday struggles of migrants and the role of actor-networks of care. His interest lies in particularly in the material textures and the work that goes into repurposing a rather symbolic piece of material, the life vest. His study looks at the voluntary action of a migrant, Ivan, who repurposes life jackets that are distributed to migrants crossing the Mediterranean. Repurposing vests is represented by the author as transgressive work that allows Ivan to reclaim agency and, while working in the ‘oficina’, to establish ‘social networks’. STS helps Mora-Gámez’s to study the voices usually neglected due to methodological nationalism. Learning to sew – as Ivan did to repurpose the life jackets – is connected to specific abilities of doing and particular networks of care, and these might help those interested in migrant solidarity understand how migrants reconstruct affective relations. Rather than treating the issue as a purely conceptual puzzle to be dealt with by the theoretician, Mora-Gámez encourages us to learn about the different meanings and modes of solidarity from migrants themselves. He does so in line with STS’s calls for generalizing symmetry so as to extend agency to objects and other textures of matter.

Inspired by the workshop contributions, we conclude that STS may contribute in interesting ways to the study of migration and the many related political and social crises discursively associated with it, by:

  • Addressing research problems that benefit most from unpacking and problematizing the naturalization processes entangled with migration regimes through classification and infra-structuring processes and ‘de-scribing’ the norms they embed, the ways they ‘configure’ for instance migrants and border practitioners, and the relations of authority they sustain.
  • Diversifying the viewpoints of research subjects and including those voices usually silenced and marginalized by the socio-technical and epistemic practices of migration regimes and border technologies. STS calls for experimentation and greater reflexivity in writing that may contribute to the necessary revision of the epistemic and political premises guiding the study of how migration regimes are shaped and impact migrants’ subjectivities.
  • Diversifying methodological-conceptual repertoires, for instance, by encouraging researchers to follow actants through chains of translation, or by prompting them to attend to the ordinary methods used to accomplish ‘practical closure’ or the ‘singularization’ of multiple and potentially contradictory assignments of meanings.

In spite of nuances, there is a widely shared understanding in critical migration and border studies that more research is needed on how, in their encounters with border regimes, migrants create new forms of living and disrupt entrenched notions of what it means to be political, and of course on how they resist and appropriate governmental attempts to curb their right to move. STS seems to have lots to contribute here. 

The workshop organizers – Nina Amelung, Cristiano Gianolla, Gaia Giuliani, Joana Sousa Ribeiro, Olga Solovova  – not only aimed to facilitate the exchange of knowledge, experiences and views inside academia, but also beyond it. In a science café, Mounir Affaki (a refugee and volunteer for the Global Platform for Syrian Students), Cyntia de Paula (Casa do Brasil de Lisboa) and Susana Gouveia (Portuguese Red Cross) discussed questions on what science and technology do to empower migrants and refugees in Portugal, but also what could and should science and technology be doing to empower migrants and refugees in Portugal? 

Figure 3: Science café

Taking the gathering during the workshop as a first step in building an international community of scholars at the intersection of STS/migration and border studies, several participants indicated that they would be interested in contributing to further capacity building, for instance, by hosting similar events. The workshop organizers will facilitate a joint publication initiative in 2019, as the first follow-up activity.

 

*This work has received funding from the European Association for the Study of Science and Technology, the European Research Council (ERC) under the European Union’s Horizon 2020 research and innovation programme (grant agreement N.º [648608]), within the project “EXCHANGE – Forensic geneticists and the transnational exchange of DNA data in the EU: Engaging science with social control, citizenship and democracy” led by Helena Machado and hosted at the Communication and Society Research Centre, Institute for Social Sciences of University of Minho (Portugal). Furthermore, it received funding from received funding from FEDER – Fundo Europeu de Desenvolvimento Regional funds through the COMPETE 2020 – Operacional Programme for Competitiveness and Internationalisation (POCI), and by Portuguese funds through FCT – Fundação para a Ciência e a Tecnologia (grant agreement number N. ° POCI-01-0145-FEDER-029997), within the project “(De)OTHERING – Deconstructing Risk and Otherness:hegemonic scripts and counter-narratives on migrants/refugees and ‘internal Others’ in Portuguese and European mediascapes”.

 

Bibliography

Cohen E, Cohen SA & Li XR (2017) Subversive mobilities, Applied Mobilities, 2(2):115-133.

Isin EF and Saward M (eds) (2013) Enacting European Citizenship. Cambridge: Cambridge University Press. 

Latour B (1996) On actor-network theory. A few clarifications plus more than a few complications. Soziale Welt 47(4):369-381.

Serres M (1982) Theory of the Quasi-object. In: Schehr LR (eds) The Parasite, Baltimore: John Hopkins University Press, pp. 224- 234.

Wimmer A and Glick Schiller N (2003) ‘Methodological Nationalism, the Social Sciences and the Study of Migration: An Essay in Historical Epistemology’, International Migration Review, 37 (3):576–610.

Papadopoulos D and Tsianos VS (2013). After citizenship: autonomy of migration, organisational ontology and mobile commons. Citizenship Studies, 17(2):178–196.

 

Striving for Harmony in Diversity: EASTS and the Networking Infrastructure of Global STS

STS has a relatively short history in East Asia—it was not until the 2000s that societies and programs that bore the initials “STS” in their titles were established in China, Japan, Korea, and Taiwan. Yet in just fifteen years or so East Asia has come to play an active role in the academic world and in the transformation of a flourishing East Asia via journals such as EASTS. 

  Historically, it should be noted that as an intellectual trend STS was introduced to this region far before its institutionalization. Compared to the intellectual orientation of its Western counterpart, STS in East Asia is more locally rooted and problem-based. While in Japan STS was impregnated with socialist criticisms of Cold War science and it directs increasing attention to alternative forms of social organization grounded in ideological pluralism, STS in China has inherited ideology driven, politico-intellectual traditions of “natural dialectics” (Zi Ran Bian Zheng Fa) and is backed up by state ideology. While the assessment of science and technology is a predominant component of China’s STS, Japanese STS scholars tend to oppose the government by promoting science for the citizen. 

STS in Taiwan and Korea takes yet a different disciplinary orientation: both influenced by Joseph Needham’s account of science and technology in Asian civilizations (such as those in Science and Civilisation in China by Needham and his collaborators), in particular before the Western scientific revolution, and both developing their research agendas from the discipline of the history and philosophy of science, Taiwan and Korea have structured their criticism of scientific development as a necessary step toward democratization. The introduction of mainstream STS theories such as the Sociology of Scientific Knowledge, Actor-Network Theory, Social Worlds Theory, and the Anthropology of Science and Technology did not erase these traditions; instead, introduced by East Asian scholars returning from Europe and the US, such theories have blended into existing traditions, stimulating the growth of new STS communities in East Asia. 

 

Fig. 1 Assemblage of covers from EASTS

EASTS’ inception can be understood in this light. Founded in 2007, EASTS started out as an intellectual network of scholars in the history and philosophy of science, mainly from Taiwan, Japan, Korea, and what we used to call “outside of East Asia” branch, or “OEA” for short. With the support of Taiwan’s Ministry of Science and Technology, EASTS aimed to be the first English-language journal dedicated to East Asian STS. The founding editorial board included Daiwie Fu as editor-in-chief, Chia-Ling Wu, Togo Tsukahara, Sungook Hong, and Warwick Anderson as associate editors, and more than forty editorial board members from communities covering not only traditional East Asia but also Australia and Southeast Asia, and covering various disciplines from the history and philosophy of science and history of medicine to public understanding of science and science policy. The journal itself came into being as the realization of this collective voice that was seeking the meaning of doing STS in and on East Asia.

As a quarterly, EASTS, like other academic journals, publishes research articles, research notes, review essays, commentaries, and forums. Even so, in order to make itself distinct, a large amount of editorial effort has been put into book reviews and the covers, which are perhaps marginal for an academic journal (see the assemblage of some covers in Figure 1). Since our inception, covers have been a colorful and artistic feature of EASTS. For each issue, editors carefully choose material that will be intellectually compelling for readers and transform it into a piece of visual art that faithfully conveys its nuances. With a team that consists of more than ten editors covering major Asian languages (Chinese, Japanese, Korean) as well as French and German, in our Book Review section EASTS aims to be the gateway to East Asian STS, with reviews of books published in Asian languages as well as in English.

For those who want to understand the intellectual characteristics of EASTS in balancing the different origins of and ideas on STS, the quickest way is to read Daiwie Fu’s positioning paper “How Far Can East Asian STS go?” published in its first issue (1.1. It can be read or downloaded at https://read.dukeupress.edu/ easts/article/1/1/1/25936/How-Far-Can-East-Asian-STS-Go-A-position-paper?searchresult=1). By proposing EASTS to be a venue for “a distinctive EASTS study”, Fu called for a reassessment of existing interpretive frames (such as “center-periphery” models or post-colonial connections) and claimed an intellectual network that is made to set new parameters for studying East Asian STS. He also called for research agendas, such as focusing on socially embedded, situated technologies, in order to substantiate interdisciplinary and cross-cultural practices of STS. As Fu enthusiastically concludes, “East Asian STS will offer fresh STS perspectives because of its special local experiences, shared cultural and colonial histories, similar geological and meteorological makeup, and similar global positions… No doubt, East Asia has a lot to offer STS communities worldwide”. 

During his six years of editorship (2007-2012) Fu’s efforts can be appreciated in thematic issues on gender and technology (such as 2.2) and traditional technology and knowledge (such as 4.2 and 5.2), as well as in forums on the 50th anniversary of Thomas Kuhn’s The Structure of Scientific Revolution (6.4), “Engaging Asia: A Forum on the History of Science and Technology” (6.2), and a panel discussion on the 2011 tsunami and subsequent Fukushima crisis in Japan (5.3). Further, EASTS has been open for different perspectives, and ways envisioning how EASTS could achieve a scholarship that engages not only people living in and working on this region but the global STS community. The issue “What Is Distinctive East Asian STS: Method, Assemblages, or Theories?” (6.4) was fully dedicated to reflecting on these perspectives. 

It might be helpful to briefly review these visions. First is the relationship between science and the state. While EASTS is concerned with science policy, in particular deliberative democracy in science and technology, a more engaged  

Fig. 2  EASTS editorial meeting at the 4S, Sydney, August 30, 2018

scholarship is needed on national policy toward science and technology in terms of R&D. For this, EASTS has achieved discussions in both a national and international context, such as China’s biopolitics (5.3.), Singapore’s Biopolis (7.1), and a comparison between Japan and New Zealand (5.4). Second, as the only journal in English on this area, EASTS has been expected to establish a scholarship that moves beyond “area studies” of STS. In addition to theoretical reflections, in its first decade the papers published in EASTS have brought up situations that challenge the meaning of East Asia and reframe the STS specificity. Reflecting the multiple origins of STS in East Asia, its papers belong to various disciplines, such as the history of science, sociology, technology studies, and anthropology. Nonetheless, together they exemplify efforts to expand the networks of STS beyond mainstream narratives in the Anglo-American context. A case for this can be seen in the issues on traditional medicines in East Asia (notably 2.4, 7.3, and 8.1). The theme is distinctively East Asian, yet capturing how these therapies travel around the world and changing ways of thinking about these living traditions is definitely a global question. 

Chia-Ling Wu, editor-in-chief from 2013 to 2015, inherited the spirit of making EASTS an intellectual platform that thrives on harmony in diversity, yet without becoming some kind of STS “fox”—to use EASTS current associate editor Fa-ti Fan’s term—roaming through disciplinary, geographical, and intellectual territories (in his response to Fu’s position paper mentioned previously). While focused on East (and Southeast) Asia, EASTS is gradually expanding its geographical reach, publishing articles on South Asia (such as the issue on Indonesian STS, 11.1). We are also actively searching for articles in various disciplines to best present East Asia as both an intellectual subject and a meaningful method for doing global STS.

Though EASTS is still a young journal, we as editors are delighted that it has already become a permanent fixture in the networking infrastructure of global STS. A collaborative undertaking with the internationally renowned publishers Springer (from 2007 to 2011) and Duke University Press (from 2012), EASTS, like the landscape of East Asia, is always in transition. When the late Society for the Social Studies of Science (4S) president Susan Leigh Star made mention of EASTS in 2007, it was as one of those initiatives not based in the traditional STS regions of America and Europe. With 4S inviting more non-Western involvement, and with EASTS advisory editors Kim Fortun and Ulrike Felt elected presidents of 4S and of EASST respectively in 2017, this seems to be the right time to renew EASTS’ road map. While looking back at the multiple histories of STS in East Asia, it must reinvent itself by introducing research agendas that push EASTS beyond existing framings, such as simplified dichotomies of West and East as “center-periphery” or “theory-subject”. We believe that this is why EASTS won the 4S Infrastructure Award in 2018, and we are grateful that our work with the journal has been recognized this way.

Ours is a fast-changing technoscientific world, and one in which East Asia isn’t an outsider but has a permanent seat at the table. EASTS doesn’t aim to provide the ultimate answers to all of STS’s questions; but we do believe that these answers—if they exist—can only be approached and set down on paper by making use of the expanding networks and evolving infrastructures of an STS community that can shape social agendas and create responsive scholarship. To borrow Confucius’ words, we strive for harmony in diversity. 

Though we are indexed by Web of Science (SSCI and A&HCI) since 2016, EASTS equally treasures networks created via scholarly collaboration. We believe that any scholarly piece published in EASTS does not stand alone and will not fade away. So we invite you to join us in contributing your own work to the living archive that is EASTS!

Controversies or public problems? Open questions and research proposals

Figure 1: “Traffic Accident Statistical Form (Observatoire National Interministériel de la Sécurité Routière (2015) La sécurité routière en France. Bilan de l’accidentalité de l’année 2014. Paris: La Documentation française, p. 118).”

Controversies or public problems? Open questions and research proposals

Public problems and controversies usually refer to two traditions of social sciences. The first one focuses on processes through which private issues transform into collective concerns and raise interest among politicians. Its most classical case studies include civil rights or environmental issues. The second tradition refers to conflicts related to science and technology in society. It underlines the role of scientific reasoning on highly debated topics such as nuclear waste or big data. I argue that the two research perspectives, as different as they are, could gain in analytical depth and precision from one another. My paper is an attempt to illustrate this through some research projects developed over the past ten years on traffic safety and smart cities in France and the United States. 

From controversy to public problem: a struggle for political order 

What is wrong with traffic safety statistics? The question seems legitimate for anyone who reads for the first time the statistical form used by state officials to report accidents in France. Indeed, every possible characteristic of the crash appears recordable and accessible in a standardized format, from age and sex of the driver to profession and blood alcohol concentration, date, time and place of the accident, light conditions, road design or vehicle type. Physicians, however, expressed criticism in the early years of the new millennium. More precisely, they opposed engineers in a growing dispute on data collection. Borrowing from Dorothy Nelkin (1979), I studied this controversy as a lens to reveal some hidden assumptions of scientists in the field of traffic safety. I realized that physicians asked for data on injuries, as they wanted to prevent first and foremost the most severe crashes, rather than accidents in general. State engineers, in turn, focused on roadway design to cope with what they perceived as the core structure of the problem. That was how the two groups expressed and reaffirmed some core values of their professional communities.

The study went on with a sociological analysis of the media, to understand how journalists selected their sources to write about the debate. It helped to go beyond some naïve appreciations of science and its diffusion, to emphasize precisely some specific norms and practices related to science communication (Lewenstein, 1992). More specifically, the study showed that journalists were active players in the controversy, not only as obligatory passage points for the debate, but also as tacit promoters of another viewpoint on the issue, different from that of physicians and engineers. Indeed, they draw on their day-to-day experience with the news to underline a matter of drivers’ behaviors and discipline. The words used in the press articles, as a consequence, reflected a problem of individuals, rather than of roads or vehicles, with people actually not injured or dead, but deliberately “maimed” and “killed.” Such a disciplinary stance relied on the testimony of police officers presented as the experts on the issue. This analysis helped to reveal another professional community involved in the debate, besides those of engineers and physicians, with spokespersons from state police asking for data on cell phone use or drug abuse, for instance. This contributed to set the stage for a typical study of a scientific controversy, with competing groups and professional values made visible through a public dispute. 

The analysis gained depth when confronted with some classic works in sociology of public problems. In that scientific domain, traffic safety is not a minor topic of interest. It rather stands as a major theme of investigation after the publication of Joseph Gusfield’s Culture of Public Problems (1981). In his book, the sociologist investigated how a private practice, that of drinking before driving, became a public problem in the United States. His research proved seminal in many ways, as he proposed to consider as “public” an issue not only made “visible” or transformed as a matter of “collective” concern, but also developed as an “institutional” theme of interest. The approach led him to highlight the processes through which political responsibility was distributed for the cause and the treatment of problems. Indeed, even if actors may not be aware of their own conceptual biases as regard to the definition of accident, toward a question of vehicles, of roads or individuals, they all enter into a competition for some scarce public resources, to see their priorities become political (Neveu, 2015). Through that process, a plurality of possible realities tends to disappear, as only one definition of the legitimate question and its realistic answer remains in the end (Best, 1995 [1989]). To Gusfield, as a result, public problems are powerful sources of legitimization or de-legitimization of the existing political order.

This brings new light on the study of controversies related to science and technology in society. In the case of traffic safety, it helps to uncover some political programs beyond competing claims for objectivity. Physicians, for instance, had been advocating for years, long before I started fieldwork, for a reallocation of public funding to injury control, through meetings and talks in academic arenas and professional societies. Their proposal, however, faced opposition from state engineers, as they struggled to save resources for road maintenance at a time when public budgets began to shrink. They also confronted indifference, not to say resistance, from journalists intimately convinced that safety was a matter of individual discipline, to be dealt with police officers rather than physicians. The controversy on accident statistics, then, became a struggle for political visibility, to end up either with the recognition of the existing order, or with a profound reordering of traffic safety policies. Some similar processes seem to prevail in other domains of interest for science and technology scholars. As regard to nanotechnologies, for instance, Brice Laurent argues that political order is necessarily at stake, when scientific objects become a problem to be debated beyond laboratories and universities (2017). It is a sign, to me, that scholars interested in science and technology in society could find great interest in developing an in-depth dialogue with sociologists working on public problems.

Figure 2: “Parking in DC (Photograph by the author, 28 July 2018).”

From public problem to controversy: the social production of credibility

Sociologists interested in public problems, in turn, might also want to build bridges with science and technology scholars. To make it clear, I will use a case study related to so-called smart cities, on which I have had the opportunity to work on at the Ecole Nationale des Ponts et Chaussées and the Université Paris-Est Marne-la-Vallée, together with sociologists and historians of the Laboratoire Techniques, Territoires et Sociétés (LATTS, UMR 8134). “Smart cities” usually refer to the development of connected cities, where the dissemination of numerical technologies brings a series of new public and private services to enhance the citizens’ experience of urban life. Their promoters often present them as the solution to a wide variety of problems in the United States. The spread of numerical technologies, to them, would help to treat environmental issues, for instance, through real-time energy management. It could also bring security to the most insecure places, with police officers likely to access new sensors and monitoring devices. These arguments tend to draw political attention on smart cities as the solution to some highly debated issues, which, to me, make them an interesting case study for the analysis of public problems.

Who are the promoters of the smart city, and how do they manage to make it a solution to public problems? Scientists and engineers may have their word to say in the process, as science and technology seem at heart of the topic. Indeed, they could provide academic authority and legitimacy to the development of smart cities, most notably through scientific writing, to depersonalize claims and universalize projects that would otherwise be difficult to disseminate (Henry, 2017). It would seem easy to them, for instance, to play on the apparent complexity of sensors or data mining, deliberately or not, to create a hyper-technical and obscure discourse on the topic. That would be a perfect way to raise the entry cost for new comers in the debate, and make sure no strong criticism from non-scientists could develop easily, as show in other cases (Comby, 2015). I could not find any such practices, however, as regard to smart cities, which led me to search for alternative options to study scientific involvement in the field.

Back to the academic literature on controversies, I realized that scientific authority was not even central, most often, in the processes through which scientists get approval or credit from non-scientists. Scholars interested in science and technology rather emphasize a need for the engineers, for instance, to translate their claims, to rephrase and to problematize them to make them appealing outside of laboratories and universities. Scientific demonstrations, in that sense, become political, as they develop to convince a public and to attract allies for the scientists (Barry, 1999). Even in the Silicon Valley, where science and technology may seem most legitimate and unquestionable, researchers and engineers engage very frequently into public “demos” of their work and projects, not only to secure funding or get recognition, but also to coordinate and create routines to interact with non-scientists (Rosental, 2002). Scientists do not always encourage these practices. They can even resist them, depending on their academic positions and social trajectories. Most often, however, they end up adapting to the targeted public and modifying some pieces of their initial research project. Such a result is a reminder that, in many cases, scientists and non-scientists have to “co-produce” science and technology to gain technical credibility and social legitimacy (Jasanoff, 2004). 

This is an interesting point to keep in mind, while investigating the interactions between scientists and city officials working on smart cities in the United States. Through interviews and field observations, indeed, I could realize that information specialists tried first, a few years ago, to impose their projects to municipal bureaucrats. As they faced resistance, however, they decided then to adapt to some of the needs of their counterparts within city councils. It led them to define a new discourse and to develop new practices on smart cities, as the solution to some specific public problems (Bernardin, 2018). The analysis echoes that of scholars interested in a broader history of urban technologies and their relation to municipal governments. To me, it comes as a confirmation that sociologists working on public problems could learn a lot from science and technology studies, to better understand the processes through which experts can gain or lose social legitimacy over time. 

 

 

References

Barry A (1999) Demonstrations: sites and sights of direct action. Economy and Society 28 (1): 75-94. 

Bernardin S (2018) De l’audace technique à la conformation politique ? Quelques hypothèses de retour de la Silicon Valley. Quaderni. Communication, technologies, pouvoir 96: 43-57.

Best J (ed) (1995 [1989]) Images of Issues. Typifying Contemporary Social Problems. New York: Aldine de Gruyter.

Comby J-B (2015) La Question climatique. Genèse et dépolitisation d’un problème public. Paris: Raisons d’Agir. 

Gusfield J (1981) The Culture of Public Problems: Drinking Driving and the Symbolic Order. Chicago: University of Chicago Press.

Henry E (2017) Ignorance scientifique et inaction publique. Les politiques de santé au travail. Paris: Presses de Sciences Po.

Jasanoff S (ed) (2004) States of Knowledge. The Co-Production of Science and Social Order. London: Routledge.

Laurent B (2017) Democratic experiments: Problematizing nanotechnology and democracy in Europe and the United States, Cambridge, MA: MIT Press.

Lewenstein B (ed) (1992) When Science Meets the Public. Washington: American Association for the Advancement of Science.

Nelkin D (ed) (1979) Controversy: The Politics of Technical Decisions. Beverly Hills: Sage Publications.

Neveu E (2015) Sociologie politique des problèmes publics. Paris: Armand Colin. 

Rosental C (2002) De la démo-cratie en Amérique. Formes actuelles de la démonstration en intelligence artificielle. Actes de la recherche en sciences sociales 141-142(1-2): 110-120.

Assembling artificial natures for new socio-technical worlds?

Making snow on indoor ski slopes, growing cherry tomatoes in western Iceland, recreating tropical rainforests in central Paris… The capacity to create and control strategically useful and productive microclimatic conditions within indoor enclosed ecologies may well be a significant key shift in human – environment relations. As the planet’s climate experts cast doubt yet again on our collective ability to urgently and appropriately respond to clear signals that global warming is happening and its deleterious effects are becoming ever more widespread1, there seems to be a somewhat paradoxical focus on fashioning artificial environments for leisure, food production and botanical display that bear little or no resemblance to either the setting in which they are developed or the original milieu from which they take their inspiration. These ‘arks’ thus constitute a new, highly selective form of urban environment in which boundaries between inside and outside come to represent nothing less than priorities and choices about the types of species, spaces and activities of humanity worth saving and those which can be discarded in an already emerging, uncertain and turbulent future.

Tracing the processes and practices through which these emerging environments are constituted is thus at once crucial, fascinating and, as is habitual in STS, worthy of close attention for understanding how inherently socio-technical worlds come to be. In this short article, I explore two brief examples of emerging enclosed ecologies which are reliant on technology deployment to create, what are claimed as, efficient conditions for the activities they sustain.

Creating new and improved nature

With climate change creating uncertainty over future land availability and agricultural productivity, there are increasing attempts to transfer the rationales and practices of precision agriculture into urban areas in a variety of ways to provide control and greater efficiency of the growing environment. AeroFarms in Newark, New Jersey is, for example, using “a completely controlled environment… [to] take indoor vertical farming to a new level of precision and productivity with minimal environmental impact and virtually zero risk”.2 Taking over a former industrial building it has almost 70,000 square feet of space for growing salad greens and other plants on twelve stacked layers each eighty feet long.3 This is ‘closed loop’ aeroponic farming which provides plants with water, nutrients and oxygen by spraying a mist over their roots, thus using 70% less water than hydroponic farming (which itself uses 70% less water than normal farming), and substituting a patented and reusable artificial fabric cloth for soil: “If crops can be raised without soil and with a much reduced weight of water, you can move their beds more easily and stack them high”.4 AeroFarms balances the place specificity of being based in Newark with a desire to replicate its model to fit other urban contexts using algorithms, sensing devices, CO2 enriching and bespoke LED lighting technology that totally controls the environment it is configuring: “The technology it uses derives partly from systems designed to grow crops on the moon. The interior space is its own sealed-off world; nothing inside the vertical-farm buildings is uncontrolled… In short, each plant grows at the pinnacle of a trembling heap of tightly focused and hypersensitive data”.5 The advantages for AeroFarms are multiple: “We have optimized our patented aeroponic growing system for faster harvest cycles, predictable results, superior food safety and less environmental impact”.6 Given the high-tech process, the result is indeed a product unlike anything in ‘nature’ whereby “plants create themselves partly out of thin air”,7 and there is production of “more crops in less space while minimizing environmental damage, even if it means completely divorcing food production from the natural ecosystem” . As AeroFarms chief marketing officer argues: “Out there, in nature, we don’t have control over sunlight, rainfall, here, we are giving plants what they need to thrive”. 8

Figure 1: Precision indoor farming, Reykjavik, September 2017 (photo: Jonathan Rutherford)

Driven by the need to save land and resources and reduce pollution, such as from agricultural runoff, for future environmental planetary sustainability, but also feed a rapidly growing global urban population, many variants of this initiative – reducing the amounts needed of one or more of sun, soil and water – are seeing the light of day in cities around the world (see figure 1). And the logics, practices and techniques are becoming ever more diffuse and democratized beyond experiment and scientific expertise into the lay domestic realm. For example, having teamed up with the Swedish University of Agricultural Sciences, Ikea now sells a range of hydroponic indoor gardening technology kits complete with seeds, nutrients and LED lights. These kits are deliberately aimed at apartment dwelling citizens across the world who do not have direct access to outside gardens.9 Through these initiatives, large-scale farming previously done beyond the city is being brought or rescaled into urban areas and into the home, creating new ‘insides’ that aim to alleviate the problems of, and therefore improve on, increasingly turbulent unsustainable ‘outsides’.

Snow as infrastructure: making the perfect piste every day

Indoor ski centres are becoming ever more popular across the UK, Europe and North America as skiers of different ages and abilities seek exact, guaranteed, all year long and locationally convenient conditions in which to practice on the piste.

But the novelty and diffusion of these centres shrouds the sheer complexity of the infrastructure systems required to reproduce Alpine conditions in an urban indoors in Manchester or Hemel Hempstead. The snow has to be actually produced on a daily basis with precise physical qualities as well as in sufficient quantities, while there is a constant struggle to keep the ambient temperature at the right level (-2C during the day and -8C at night). The scale of the enterprise is astounding – this is a veritable industrial ecology of leisure with a series of inputs and circulations of material flows (water, ammonia, glycol, cooling, condensers and so on) to allow skiing to take place in a manufactured and controlled setting which transcends the climatic, seasonal and topographic limits of the immediate environment.

Much of the preparation and maintenance of the whole system is done at night, and involves a surprisingly substantial amount of actual human labour. It takes 8 people to move equipment and décor to get the machines and ploughs in. “Every night, our snow machines pump out 10 tonnes of snow to keep it fresh”.10 But the slope then has to be ‘groomed’ and the computer monitored control of the snow on the slope is backed up by somebody double checking every square meter for depth and quality. Then the snow has to rest to harden up for 7 hours before ‘use’. As the facilities manager for the Manchester centre summarises: “My primary objective is to maintain the snow conditions. It’s a very fine balancing act, but we maintain a level of 400mm of snow, and a lot of work goes into that”.11 The complex maintenance procedure was foregrounded when the facility was forced to close temporarily in February 2017 due to poor snow conditions.12

These centres resemble ‘boxes’ as their protected, controlled settings become crucial to create the precise conditions for snow making: an insulated structure, air conditioning to circulate cold air, chilled water supply, a slope with a glycol antifreeze cooling system underlay, liquid ammonia storage tank. The process resembles the natural process of snowfall (‘clouds’, ‘tiny particles’, ‘snow crystal formation’)13 but filters out extraneous elements and the unreliability of not knowing when it is going to snow. There are considerable environmental externalities to these centres which consume huge amounts of energy and other resources on a daily basis, often requiring their own electricity substations and water provision. This is a new form of closed loop industrial ecology bringing into being a synthetic leisure space which resembles the conventional outdoor activity but actually constitutes something else and new, as demonstrated by the increasing number of people who now regularly ski indoors without ever skiing outdoors. The remarkable thing about this process is that there are now a number of ski resorts in the Alps and elsewhere actually using similar systems to produce artificial snow for their slopes when there is a natural shortfall.14 The recreation of outdoors indoors is now being taken back outdoors, the simulacrum is reality.

Figure 2: Indoor ski centre with artificial snow, Manchester, March 2018 (photo: Jonathan Rutherford)

Urban anthropogenic futures?

These two brief examples demonstrate a close focus on what can be called the infrastructuralisation of new enclosed ecologies. A set of intertwined socio-technical processes underpin enclosed spaces by introducing and reinforcing logics of efficiency, calculability, predictability and control through technology. What an urban STS perspective foregrounds is how this infrastructuralisation is materially (concretely and politically) done in and across a wide range of cities to allow the work of enclosure to take place for particular productive purposes, while excluding that which is not required or is less desirable. It thus begins to uncover some of the contradictions and consequences of this development, which will demand further critical interrogation.

If this appears to be something out of space age experimentation or science fiction, then that’s because it is. The knowledge, techniques and practices of enclosure, experiment, manipulation and improvement behind these new ecologies have circulated and transmuted into the urban arena from other domains including biospheric engineering, the technoscience of space exploration and precision agriculture. In critically exploring both the hybridization of insides and outsides and technology and ecology, and the crossovers between distinct domains of expertise, knowledge production and life support, developing an understanding of these controlled environments is crucial for navigating and forging possible urban and human futures in the anthropocene.15 This area of research pushes at and looks beyond the traditional boundaries and settings of the city in order to develop new ways of understanding human-technology relations on a turbulent planet.

 

 

1 See IPCC (2018) Special Report: Global Warming of 1.5°C. https://www.ipcc.ch/sr15/ 

2 http://aerofarms.com/

3 “The willingness of a certain kind of customer to pay a lot for salad justifies the investment, and after the greens get the business up and running its technology will be adapted for other crops, eventually feeding the world or a major fraction of it. That is the vision”, Frazier, I. (2017) “The vertical farm.” The New Yorker (9 January 2017).

4  Op.cit.

5  Op.cit.

6  See http://aerofarms.com/technology/ 

7  Frazier, op.cit.

8  Vyawahare, M. (2016) “World’s largest vertical farm grows without soil, sunlight or water in Newark.” The Guardian (14 August 2016).

9  See http://www.ikea.com/gb/en/products/indoor-gardening/

10  https://www.chillfactore.com/10th-anniversary/

11  https://www.manchestereveningnews.co.uk/business/ever-wondered-how-snow-made-13021752 

12 https://www.telegraph.co.uk/travel/ski/news/uk-longest-indoor-ski-slope-chill-factore-closes-due-to-poor-snow/

13 “Just like on the mountains, indoor snow is made using a cold environment, water and air… In the mountains, crystals are found in the clouds before they turn to snowflakes, these pure crystals are also what falls on The Snow Centre’s Slopes at night”: https://www.thesnowcentre.com/snowsure/news/how-snow-is-made-indoors 

14 See https://www.economist.com/news/business/21716659-some-italian-ski-resorts-now-get-complete-coverage-snow-guns-snow-making-companies

15 See Marvin, S. & Rutherford, J., 2018, ‘Controlled environments: an urban research agenda on microclimatic enclosure’, Urban Studies 55(6), 1143-1162.

LATTS’s stories: Exploring the infrastructuration of organizations, cities and societies

LATTS is a multidisciplinary research centre exploring the emergence and evolution of the complex sociotechnical systems that support, or “infrastructure”, modern societies, with a particular interest in networked infrastructures: the systems handling the material and informational flows upon which societies increasingly rest. For doing so, LATTS researchers have privileged a mesoscopic approach centred on relevant organizations: the sociotechnical organizations operating these systems and the productive, territorial or political organizations dependent upon these systems. Collectively, they have cultivated a spatial orientation; i.e. a specific interest for the organization of space and the management of spatialized organizations. Over the years, LATTS developed distinctive sociotechnical understandings of the processes at play, through ad hoc combinations of science and technology studies (STS), sociology of organizations, political science, human geography and history.

Technical systems, infrastructures, territorialities: from the production of space to a sociotechnical perspective on contemporary societies

Created in 1985, LATTS (Laboratoire Techniques, Territoires et Sociétés; or, Technologies, Territories and Societies) is a multidisciplinary humanities and social science research centre, which brings together sociologists, political scientists, historians and « spatialists » (geographers, planners, architects…) studying the complex sociotechnical systems upon which the large productive, territorial or political organizations in current (and past) societies rest. LATTS results from the integration of two groups: one group based in the Ecole Nationale des Ponts et Chaussées (ENPC, allegedly one of the oldest civil engineering schools in the world, created in 1747) studying engineers and their role in organizations (firms, public administrations, public utilities) and the other based in Université Paris 12 (now Université Paris-Est Créteil) studying urban management with a particular emphasis on networked infrastructure systems (water, energy, transport, telecommunications…).

The initial ambition of LATTS was to provide novel understandings of both the spatialization of productive activities (through a combination of economic geography and sociology of firms) and the production of (especially urban) spaces. The centre’s founders (Henri Coing, Gabriel Dupuy and Pierre Veltz) aimed at moving beyond, or beside, the then still largely prevailing neomarxist approach (Lefebvre, Castells, Godard). A foundational choice was to research these processes through the study of relevant organizations. It allowed to develop, so to speak, a mesoscopic perspective on spatial and urban change, distinct both from “macroscopic”, structuralist approaches just mentioned and from “microscopic”, interactionist approaches centred on the actions of, and relations between, individual actors. This choice was indeed fully consistent with LATTS’s strong connection to an engineering school. And indeed, since its inception, LATTS has been interested in the deeds and the (changing) worlds of engineers and engineering, in particular networked infrastructures: the complex sociotechnical systems handling the material and informational flows upon which modern societies increasingly rest. 

This interest for the organizations operating the sociotechnical mediations essential in and for modern societies fuelled from the start the attraction of LATTS researchers toward the then emerging STS community. Indeed they shared, and still share, with other STS scholars a number of convictions: they take technology seriously, but they do not consider that society is determined by allegedly autonomous scientific and technological progress; they believe that technologies are socially shaped, and at the same time they are convinced that technologies in use (Edgerton 2006) produce social effects (much) beyond the particular contexts in which they were initially developed, and they agree that « the material world is not a simple reflection of human will, and (…) one cannot make sense of the history of technology if the material world is seen as infinitely plastic and tractable. » (MacKenzie et Wajcman, 1999, p. 24). In short, they believe that society and technology coevolve; they can be regarded as soft technological determinists. 

The relevance of this sociotechnical positioning was comforted over the years by the increasingly complex forms of technicization at play within contemporary societies. In fact, as a result of these evolutions, humanities and social sciences have demonstrated a growing interest in the technological, the material and, relatedly, the ecological dimension(s) of the world.

In this context, STS research and debates within the STS community offered, and still offer today, valuable intellectual resources, epistemologically, theoretically, methodologically, and even politically. In particular, along with many other STS scholars, LATTS researchers have:

  • Postulated that, in order to account for the social significance of complex sociotechnical systems beyond generally oversimplifying conventional understandings (and even ideological discourses), it was necessary to “open the black box” of technologies and analyse in detail the practices associated with them. Even though it is obviously not a necessary condition to study technology, it is worth noting here that a majority of LATTS researchers were initially trained as engineers, and some as architects, hence possessing an early acquired familiarity with the internal working of (some) technology;
  • Challenged prevailing conceptions that technological change, especially pertaining to large technological systems, should result in unmediated, systematic and uniform effects on social activities, societies and space. In particular, they have documented the variegated configurations of the dynamic relations between infrastructure systems and the territories they serve, emphasizing the crucial mediating role played by stakeholder organizations (state or local administrations, public or private utility companies, etc.) in shaping these relations;
  • Been particularly concerned with the political dimension of technologies and technological change, by examining, for example: which social interest support which technological options; who are the winners and losers of a specific “technological choice”; what the attention to the politics of technological choices helps us understand about society (as well as about technology); how the “effects” of a technological choice are produced and what are the political implications of the mediation processes at play; and, from a more reflexive perspective, what possibilities of action and intervention are made possible by the type of “sociotechnical knowledge” produced. 

This meso sociotechnical perspective has been preserved until today. LATTS researchers are convinced that the study of the emergence and evolution of the complex sociotechnical systems that support, or “infrastructure”, our increasingly interconnected but uncertain, unequal and informalized world remains highly relevant. And they are convinced that this study requires evidence-based and comparative research aimed at revealing the combined influence of institutional arrangements, tools and instruments, and variegated forms of knowledges on effective practices. 

This sociotechnical perspective has been applied to the study of the changes that affect the functioning of urbanized areas, public administrations or manufacturing or service-oriented organizations, and it is gradually extended to the study of evolutions in everyday practices. In the remainder of this short piece, we would like to illustrate how this perspective has allowed LATTS researchers to develop specific approaches and to produce novel insights on the organization of space and the management of spatialized organizations. Indeed, this “spatial concern” is probably what is most characteristic in LATTS’s contribution to the STS community.

 

Residential Seminar in June 2017, Buttes de Chaumont, Paris. Photo Valery Barré

The spatialities of large technical systems

LATTS has a long tradition of research on large technical systems (LTSs) and a large number of LATTS researchers and doctoral students have been involved in this undertaking. LATTS’s specific take on LTSs has been to explore the mutual relations between the development and management of LTSs on the one hand and the organization and functioning of territories, as well as processes of spatialization, on the other. 

Early work on these issues within LATTS emphasized the dialectical and dynamic relation between the institutional spaces defined and delimited by political bodies (states, local governments) and the living spaces largely produced by technical networks or infrastructures; in what variegated ways this relation affects modern forms of territoriality (a term by which we mean, broadly speaking, how societies are organizing in space); and how variations in this relation could be accounted for by studying the work of the organizations concerned. In doing so, LATTS researchers have early on reconceptualized “local” contexts as, in fact, cross-scalar (“from local to global”) and at the same time shaping and shaped by the development of networked infrastructure systems. On a more generic level, they have emphasized the mutual reinforcement over time (since the early nineteenth century) between the development of networked infrastructures and the growing importance of networked forms of territoriality, i.e. forms of spatial organization increasingly resting on relations in space based on (distant) connections rather than, or in combination with, relations based on spatial proximity. They have criticized still influential discourses emphasizing (spatially) structuring effects of transport infrastructures, which assume that improved accessibility necessarily results in enhanced economic development, and discourses emphasizing despatialization effects of telecommunications networks. 

LATTS researchers have also sought to account for the diverse forms of development, governance and management of infrastructure systems, showing that they result from national or local community-specific combinations of knowledge, history, institutions, and forms of economic development and sociopolitical organization. They have challenged “endogenous” models or understandings of the development of these infrastructure networks, which assumed the overarching influence of a drive for ever-increasing interconnection and the systematic prevalence of the “most efficient” technologies. 

More specifically, LATTS researchers have contributed to studies of the networked city and networked urbanism; and to the understanding of the contemporary urban as having to do with the size, density and diversity of connections rather than solely with the size, density and diversity of population and activities as the conventional wisdom held. This in turn has important implications on the conceptualization of urban powers, inequalities, and on the understanding of the urban condition more generally. LATTS researchers and doctoral students have contributed to the debate raised by the very influential splintering urbanism thesis (Graham and Marvin 2001), challenging its over-generalizing character, and discussing the methodological causes and the debatable normative implications of this over-generalization. They have explored the urban “beyond” the networked city. And they are actively exploring, more generally, the urban politics of the contemporary transformations of infrastructures, the rise (or rebirth) of small-scale networks or facilities, the resulting hybridization of incumbent sociotechnical systems, and the growing influence of forms of urbanization alternative to the modernist networked city. 

 

Residential Seminar in June 2017, Buttes de Chaumont, Paris. Photo Valery Barré

Urban risks and infrastructures: a multi-scale, multi-risk approach 

Risk and crisis studies have been developed within LATTS relatively early on, but they have gained momentum since the early 2010s with the start of several collective research projects and the hiring of several postdocs and doctoral students. Together, these projects aim to revisit urban and environmental issues through risks and vice versa. Studying the technical worlds generated by risks and crises and the tools and mechanisms implemented by relevant actors to measure risks and manage crises allow us to think about these questions in novel ways. ‘STS glasses’ allow to capture risks beyond the conventional categories applied to them (natural, technological, social, environmental), to take into account their diverse spatiotemporal dynamics, to explore the role played by dedicated sociotechnical devices in risk and crisis management, and finally to account for the involvement and influence of heterogeneous actors (public authorities, inhabitants, private actors, etc.) involved in capturing and objectifying risks (Daston and Galison 2007). It also allows to think about risks and crisis as infrastructuring, i.e. shaping materialities, technologies and societies.

The EURIDICE project (Équipe de recherche sur les risques, dispositifs de gestion de crise et des événements majeurs; or, Research group on risks, crisis management and major events), for example, developed in collaboration with the Paris police department (préfecture de police) aimed at the observation and analysis of the management of both planned events (COP21, the EU Sequana exercise, Euro 2016) and unplanned events (the Paris attacks of 13th November 2015, Seine flood damage, oil crisis). The research crucially depended on building a lasting relationship of trust with police authorities in order to be able to observe in situ and in real time the work involved in coordinating all stakeholders in crisis management situations. The observation of a crisis management exercise (EU Sequana) about the Seine’s rising and receding floodwaters over two weeks, which brought together 87 private and public stakeholders, became the subject of a book (November & Creton-Cazanave, 2017). It shows the long process of producing a common world. The book’s originality lies in the fact that each chapter was co-written with crisis management professionals who had taken part in the exercise. 

More generally speaking, risk studies within LATTS can be grouped under three main themes:  

  • Researching the spatial footprint of risks. Although it may appear obvious that most risks have spatial effects and that they affect areas (in their political, economic as well as social dimensions), it is less often acknowledged that (urban) spaces also generate risks. And the performativity of risks, their capacity to transform spaces, is also often overlooked. These issues and their interrelations are explored under this theme.
  • Understanding risks as public problems. Analysing the measures taken to assess, monitor or manage risks and crises reveals the details of the tensions and frictions that occur within and between the concerned organisations and stakeholders. A research on the monitoring devices in safety and security systems in the railway sector showed that the main problem is not one of the (dangerous) accumulation of information but rather the processes of knowledge selection and data segregation effectuated by these systems. In other projects, crisis management exercises are analysed as a specific device of governmentality, and researchers examine the capacity of these exercises to transform over time the organisations or institutions that carry them out or stage them. Still other projects are focused on the governmental organisation of major crises and are analysing the French interministerial crisis unit. 
  • Exploring and codeveloping risk and crisis management tools. Some projects are focused more closely on the coordination tools set up in certain organisations in order to help elucidate the tensions/limitations/solutions these organizations try to resolve. For instance, LATTS researchers collaborate with actors to establish dynamic mapping tools responding to the requirements of the various public and private partnerships.
  • Within these different themes, some researchers are researching risk and crisis issues by studying the activity of professionals affected (architects, safety engineers, insurance companies experts, crisis management professionals…), while others focus on the perspectives of citizens, users or residents. 

 

Community Life 

LATTS has around 80 members, 30 of whom are permanent researchers. Community life here takes several forms: once a year, LATTS organises a 1-2 day residential seminar (off-campus) aimed at both team building and group work on a common theme (cf. photo of a recent residential seminar in Buttes-Chaumont, Paris). The most recent theme addressed collectively concerned infrastructure and resulted in an edited book (Chatzis et al. 2017) covering sectors as diverse as bridges, airports, water and electricity grids, submarine communication cables or IT server farms. Authors navigate between ‘smart’ infrastructure systems and longer-established ones (those originating in the first and second industrial revolutions), and some chapters study what happens to traditional infrastructure in the digital age. This diversity allows the authors to explore in greater depth what different infrastructure systems have in common and to discuss the relevance of extending the notion of infrastructure to other fields (e.g., telemedicine, architectural projects or crisis management organizations). It also allows to highlight some more generic developments, particularly with regard to the assertion of individuals within modern infrastructural landscapes, and the intrinsically political dimension of infrastructure that usually tends to remain overshadowed, in the same way that infrastructures generally tend to be buried and kept out of sight. 

A one-day conference was recently organized to celebrate LATTS’s 30th anniversary, based on a dialogue between former and current researchers of the centre. The conference was a great success with over one hundred participants. LATTS PhD students and recently arrived researchers were able to present their ideas to the laboratory’s founders and old members. Over time, empirical objects have shifted, research questions have evolved, and the relationships between technologies, territories and societies components are explored anew… but the original blend appears robust. 

Finally, let us note that LATTS members lecture in several Master programmes, mainly in urbanism, sociology, political science and geography. Among these courses, a typically STS-oriented masters course has been organised by LATTS since 2013 for the ENPC engineering students; entitled Mapping controversies in science and technology, it was developed in relation with the FORCCAST project launched by Bruno Latour a few years ago, which brings together teaching experience in controversies from around the world. 

 

 

References 

Daston L and Galison P. (2007) Objectivity. Cambridge, Mass: MIT Press.

Edgerton D (2006) The Shock of the Old: Technology and Global History since 1900. London: Profile Books.

Graham S and Marvin S 2001. Splintering urbanism: networked infrastructures, technological mobilities and the urban condition. London : Routledge.

MacKenzie D and Wajcman J (1999) The social shaping of technology. 2nd ed. Buckingham, UK: Open University Press.

Chatzis K, Jeannot G, November V and Ughetto P (Eds.) (2017). Les métamorphoses des infrastructures, entre béton et numérique. Bern: Peter Lang

Forccast (Formation par la cartographie des controverses à l’analyse des sciences et des techniques) https://medialab.sciencespo.fr/fr/projets/forccast/

November V. and Créton-Cazanave L. (Eds.) (2017). La gestion de crise à l’épreuve de l’exercice EU SEQUANA, Paris: La documentation française.

Changed but Undescribed? What STS Could Say on the Research Practices of Social Sciences

It’s amazing how much STS has to offer to say about contemporary social sciences. STS began as a vigorous and dynamic substantive field focused on the natural sciences and technology development and then expanded its scope to a variety of phenomena. Now it is considered not just as a subfield centered on some particular subject matter but a method providing a whole new approach to the ‘hybrid collectifs’ we used to call societies. STS has considerably changed not only the agenda but also the very practices of the social sciences. And, yet, isn’t it surprising that STS has invested so little effort in describing and understanding the practices of the social sciences? 

We barely have studies of social scientific knowledge production comparable to now ‘classical’ in-depth laboratory ethnographies like the ones of Lynch, Knorr Cetina, and Latour or the analyses of controversies and consensus formation in natural sciences by Collins, and Pinch. Where are the books, we could ask, that trace multitudes of actors and crucial practicalities behind social sciences big theories, research projects and historical diagnoses in a mode equivalent to Leviathan and the Air-Pump, The Pasteurization of France and other outstanding works that did this for the natural sciences?

In the early 2000s STS shifted their focus from ‘hard’ sciences to ‘softer’ forms of knowledge in medicine, finance, and economics. For some, economics counts as the ‘hardest’ and the most formalized of the social sciences. But what about sociology, anthropology, political science, and/or psychology? And what about knowledge practices in humanities? Sure enough, there are some individual research efforts (Lamont, 2009; Law, 2009; Maynard, Schaeffer, 2000). Yet a brief look at two flagship journals (Social Studies of Science, Science Technology & Human Values) and the last two STS handbooks (Hackett et al., 2008; Felt et al. 2017) suggests there is nothing like “social science studies” that could be recognized as a subfield within STS. Although already in the late 1980s Latour suggested that “social sciences are part of the problem, not of the solution” (Latour, 1988: 161) to understanding the contemporary world of science and technology, it seems that STS still hasn’t taken this part of the problem into account seriously enough. Perhaps genuine ‘social science studies’ do actually exist and it is my fault to overlook them. Perhaps a subfield like this should not exist in order not to reproduce inside STS the notorious bifurcation between ‘natural’ and ‘social’ sciences. But if it does make sense to talk about relative neglect of social sciences and humanities in STS as objects of research, then I would seize the opportunity to speculate on why it is so. Let me take my mother-discipline of sociology as an example. 

It may well be that the lack of STS research on the production of sociological knowledge is an expression of a particular politics of knowledge in which we are engaged willingly or unwillingly. Perhaps, we are following the lead of the powerful elites of the Euro-American world in their ambition to first control and govern resource-intensive ‘hard’ sciences and technologies and, more recently, manage risks intertwined with ecology, biomedicine, and digitalization. In this context, sociological knowledge production does not put much at stake for the management of science and technology. The discipline is not as demanding for money as physics and not as ‘risky’ as biotechnology. Indeed, unlike the natural sciences, sociology is considered a far less powerful tool for shaping the world. Sociologists do not produce weapons, pharmaceuticals, or gadgets. But what do social sciences actually produce or perform? Ideologies? Facts? Critique? Socio-professional categories? Self-descriptions of societies? Societies themselves? The question we need to pose is how do these ‘sociological entities’ circulate and hold us together. For this question we still have few empirical answers. 

Let me add that sociology is not just ignored in the contemporary apparatus of science and technology. In many parts of the world, sociology is at least since the 1970s recurrently under attack. These attacks are going from other parts of academia, from outside academia, as well as from within sociology itself. So, sociology as many other social sciences and humanities are not only ‘soft’, but also weak, ‘vulnerable’, and sometimes endangered sciences. To study its ‘mode of existence’ is to be engaged in a political epistemology that could have profound political implications for STS. It may go hand in hand with our reflections on new forms of interventions, and inventions in our field. 

Engagement with ‘soft’ and ‘weak’ sciences would definitely bring new conceptual challenges for STS. For a long time, both positivist and anti-positivist sociologists used a distorted image of natural sciences to define a self-conception of their discipline. Anti-positivist sociologists thought that sociology is special because unlike natural sciences it deals with interpretation, rhetoric, discourse, normativity, situatedness, as well as cultural and political contexts. But STS found all this at the very heart of the natural sciences. So how then to explain the seemingly obvious difference between social and natural sciences when previously held distinctions evaporate? And in what sense are our own studies ‘science’? Or are they not? But then again what is the difference? 

It seems then that until now STS has ‘only’ changed social sciences, in various ways. The point, however, is to describe them also. 

 

 

References

Felt, U., Fouché R., Miller C.A., Smith-Doerr L. 2017. The Handbook of Science and Technology Studies. The MIT Press. MIT Press.

Hackett, E., Amsterdamska O., Lynch M., Wacjman J. 2008. The Handbook of Science and Technology Studies. MIT Press.

Lamont, M. 2009. How Professors Think. Harvard University Press.

Latour, B. 1988. The Politics of Explanation: An Alternative in Woolgar, S. (Ed.) Knowledge and Reflexivity: New Frontiers in the Sociology of Knowledge. Sage, 1988. Pp. 155–176.

Law, J. 2009. “Seeing Like a Survey.” Cultural Sociology 3 (2): 239–56.

Maynard, D., Schaeffer N.C. 2000. “Toward a Sociology of Social Scientific Knowledge: Survey Research and Ethnomethodology’s Asymmetric Alternates.” Social Studies of Science 30 (3): 323–70.

How to find a job after your PhD

Fig. 1: The Landscape of the city of Lancaster. Photo by Lianghao Dai

First, I came to realise that there was a wide range of jobs that were available for STS researchers, along with different ways to enhance my job-hunting skills. In the pre-conference workshop, I had the great pleasure to meet and work with another twenty-one people from the US, Germany, France, UK, the Netherlands, and Italy among others. A senior researcher from an University in Berlin shared her precious experience that university departments preferred to accept new post-docs with their own funded projects, rather than offer new positions. Potential projects can be funded by national and transnational funding bodies like ERC (European Research Council) or the German Research Foundation (Deutsche Forschungsgemeinschaft, DFG) as well as one’s potential collaborative institutes like museums or companies. In her case, she got financial support by a project organised by a museum, which was also her subject of study. With this project she got a position at the university she is currently working. Also, some people I met told me that since they conducted their Ph.D studies on relationships between government and environmental scientists or urban planning, they could work as officers or consultants in government offices or NGOs they used to do reasearch on. To a great extent, a job that moves between the academia and industry exactly fits the needs of many STS students whose topics are extremely close to public and applied sectors or are precisely about the science-public relationships. After all, knowledge and experience learned during the Ph.D fieldwork bring great advantages when people go back to their field and work with their previous informants. What’s more, I came to know an US-based lady who, enthusiastically dedicated her life to helping build up interdisciplinary collaborative teams. When I asked her, “are you researching interdisciplinarity?” She answered, “I am not merely working on that, interdisciplinarity is my life!” Her simple answer best captures the transferability and boundary-crossing that lies in the core of STS studies. It is quite cool to transfer knowledge and expertise gained through research with practical and wider implications like a set of technologies or protocols. Besides, it is also of great help to communicate with some early doctoral students with whom I am able to share my fieldwork experience during the most difficult first two years of doctoral research.

Fig. 2: The hall in which I gave my presentation. Photo by Lianghao Dai

Secondly, those who have stronger research abilities may secure a better job earlier. One way of enhancing that is to learn from talks in the panels and articles one may exchange with others during the conference. Indeed, there were so many insights worthy of careful mentioning and discussions taking place in the panels, during the panel break and at the final banquet. For instance, the presenter from University of Nottingham reported that interdisciplinary collaborations can be considered both as a process and as a result, even within one person who is experienced in multidisciplinary skills. I reflected on my own experience and realized that I assumed that expertise of various disciplines were distributed across different people, totally ignoring cases in which individuals managed to work alone in an interdisciplinary way. Also, I learned other literature that was highly related to my own topic from colleagues from Germany and the Netherlands. A researcher I met while waiting for cups of coffee was from Polytechnic University of Valencia. He generously shared his articles discussing index calculations and analyzing benefit-cost on collaborations, which I would definitely cite in my forthcoming articles. 

Thirdly, situating oneself in a wide research network helps to see a greater landscape of global knowledge production, and potential collaborations may be established with people in this network. But how can we build up our research network as junior researchers? Attending conferences and making a full use of the time there is a good start. For instance, during the dinner after the long march and discussions with people in the pre-conference workshop, Alexandra Endaltseva from Linköping University, Florentine Frantz from the University of Vienna and me came up with the idea of organizing a post-conference writing-up group, which was supposed to be attached to the EASST annual conference agenda. There are three reasons for doing this: first, since ideas are exchanged and generated during the conference, it would be great to write them down as drafts or even monographs when ideas are still fresh; second, potential collaborations initiated at the conference can be put forward and made concrete when people are still physically close to each other; third, being together will help many of us become more productive and work efficiently. In addition, keeping informed of the research updates and highlights in the field, keeping in contact with peers and colleagues, and exchanging writing drafts may also help extend the personal research network. This optional post-conference writing-up group only requires of a big house (which could be a cheap one), accommodations, and most important, a schedule for writing and for discussions with participants. In this way, we may make the fruitful results from meetings more solid and concrete. With fresh ideas, more studies may be conducted, ending up with more publications on one’s CV; potential collaborations may not only enhance opportunities of hunting a good academic position, but also even create one.

*To protect personal privacy, names used in the report are pseudonyms except for Endaltseva and Frantz because they share the property of this idea with me.  

On being useful? Situating the STS researcher in science and policy

This short piece deals with our ability and need to be useful as STS researchers. In particularly it deals with a common dilemma about how to consider the utility of either our research, or the particular skills we develop. This dilemma is particularly relevant for early career researchers and thus reflects on the Pre Conference Doctoral Workshop – ‘Invent Your Job’, the Panel I organised – ‘What do we still not know about the IPCC?’, and also for me personally in my position as a PhD researcher working on the science-policy interface. It does this to consider my place both in the broader field of STS and society at large.

What follows is not a reflection on a specific event during the conference, but rather brings together some strains of thought and discussions that I had throughout the conference, to connect with an ongoing dilemma that I have as a PhD researcher. As my research deals with science-policy interactions, in international climate change politics, it does away with simplistic linkages between science and policy in line with STS approaches. It recognises that science is not ‘used’, simply ‘taken up’ and absorbed by policy. Indeed, where it has utility, this utility is based on social processes of validation, trust, and negotiation, rather than on scientific merits alone – in the words of Jasanoff (2004), it is co-produced. As a researcher therefore, I continually find myself in a dilemma about how to present the utility of my science, or my contribution, and its place in society – in particular how answerable we should be to the funders of our research. This question relates to our place as academics in society, and more specifically as a personal dilemma for me undertaking my PhD in environmental science, which means that I work in an environment where the utility of research is expected and encouraged. More generally as a doctoral student nearing the end of their PhD of course the question of utility also evolve around consideration of the future job market.

I attended the Pre-Conference doctoral workshop, which encouraged us to think about how we could be creative about the jobs of the future. Thinking not just about what jobs we would like to do, but also how we could potentially create the ideal job for ourselves. Bringing many current doctoral students, and recent graduates into contact to talk about these questions was stimulating and interesting. For the first part of the workshop we partook in walking discussions, walking from Campus to Lancaster centre. The walking discussions involved both discussing STS concepts that we, and others, were using in our research, and what our plans for the future were. Walking in the fields, listening to the birds, and connecting with the land juxtaposed nicely with discussions about the stress of finishing your PhD, and the concerns and uncertainties of the future. The future is uncertain for many recent and future PhD graduates, most of us at the workshop were not yet sure if we wanted to stay in academia, or attempt to forge our paths outside. Is this a dilemma about our usefulness and utility in the so called ‘real world’? One theme that emerged was the conflict between academic accolades and those that are valued by society. As STS scholars, we are often engaged in very concrete and applied subjects and cases, but yet at the same time enjoy getting lost in concepts and theoretical terms, which disconnects us from the systems, groups, and individuals that we study. At this workshop it was easy to find ourselves again getting lost in idealistic and entirely hypothetical situations – for instance we created a new government department, entirely focused on doing things otherwise, and disruption from within. Whilst fun and creative this also highlights the challenges of thinking about our utility in the current way that society is set up. The verdict that I took away from the workshop is that while academic studies in STS prepare us very well for the weird and wonderful, they are challenging to translate to real world situations.

Despite this feeling of slight pessimism about the utility of my work, and the ability to connect and explain, particularly our theoretical approaches to those outside academia (or even my colleages in different fields), I think that as STS researchers we have many skills and attributes that connect us intrinsically to the unique challenges we are currently experiencing politically and socially, across the globe. This was highlighted very clearly in our panel – What do we still not know about the IPCC? – which dealt with how the Intergovernmental Panel on Climate Change is being approached as a research site 30 years on from its inception in 1988. Here discussions surrounding the role of expertise, of social inquiry into scientific processes, and understanding science-politics relationships were central. As the IPCC has been around for a long time, it has been subject to much critique, debate, and improvement over the years. In turn backlash against such critique is also common, particularly from those involved who believe in science’s ability to speak truth to power and see critical accounts as being detrimental to the authority that science has developed. As a result of this, the IPCC’s situation in a Post-truth world, is something that is worth considering, particularly from an STS perspective, and something that we as scholars of science and technology have something to contribute to. The role of experts of all sorts are under fire, and a debate over whether STS contributes to this climate of scepticism has ensued (Collins, Evans, & Weinel, 2017; Lynch, 2017; Sismondo, 2017). Thus, the ‘usefulness’ of knowledge – be that the knowledge produced by an international panel of climate change experts, or the knowledge produced in a doctoral dissertation which studies this – is once again at the centre of investigation.

IPCC 30th Anniversary. www.ipcc.ch

This brings me back to the question of the utility of my PhD research, or how to consider the utility of our STS education outside of the academic field. My location within an environmental science department means making use of STS approaches are not easy, as my deconstructive approach is often taken as criticism without any suggestion of improvement. Following my time at EASST, and the discussions that I had with individuals at the pre-conference doctoral workshop, and our panel, I was inspired to hear about other environments where STS researchers and predominantly natural scientists work more closely together. I could see that these kind of environments require careful planning and thought, rather than taking the form of an add on, but if done right they really contribute to a feeling of utility on the part of the STS researcher. The dilemma I have presented is a personal one, but I also feel that there are implications for the field of STS particularly through a need to help and encourage young researchers to foster their sense of relevance in a broader field – both within academia and outside. In turn, this is a dilemma about the role of research in politics, and indeed society more broadly, and our place as researchers within this.

Climbing over fences. Afterthoughts on the pre-conference doctoral workshop „Invent Your Job!“

Inventing your job is a difficult but not an impossible task. There are ideas by others, that you can join or take the effort of shaping your own ideas to a degree that you can convince and motivate others to join you. There are role models who have successfully constructed their own unconventional job and could help as an inspiration. However, getting engaged in existing structures by communicating STS sensibilities outside of academia could be one first step.

„Invent Your Job!“ — I could not think of a more challenging calling to start into some conference days. Besides the last-minute preparation of my own talk and studying the conference’s program I started the EASST Conference days in Lancaster with the most pressing question — what am I doing after my PhD?

The organizers of this pre-conference doctoral workshop made it even more complicated by asking: how could STS knowledge, sensibilities and practices be translated into existing job qualifications outside of academia or — vice versa — how could we design the spaces ourselves that make place for these STS capacities.

Spoiler alert: These questions were not answered in the workshop nor am I presenting any results in my afterthoughts either. But I got — at least — some perspectives where one could keep on searching for answers.

The organizers offered a set of unconventional settings for exchanging „wild ideas“ about discovering or inventing jobs in unknown terrain: We visited a time-honoured castle with a panoramic view to the North Sea, had sandwiches in a theater, hiked along bumpy meadows and climbed over several fences. During this hike in the English countryside we were holding STS concepts like „invisible infrastructures“ (Star, 1999), „human-machine-interaction“ (Suchman, 2007) or „intra-actions“ (Barad, 2007) scribbled on small sheets of paper in our hands that should lead us in our discussions. The bumpy underground, the STS concepts and the personal stories of unknown researcher from different countries were inspiring ingredients to think about unconventional jobs in the future.

Overcoming Obstacles © Dara Ivanova

We all agreed that there are new societal challenges that urge for new solutions that cannot be found only within existing institutional structures: Hidden political perspectives become louder in European and American countries and the new technologies have unprecedented implications: Navigation apps, search engines and other algorithmic tools shape everyday practices and labour on a small scale but on a large scale technological innovation has become an imperative on political and economic level, shaping contemporary society as a whole. Algorithms make decisions and split up societies into filter bubbles where everyone can spread or follow distinct thoughts rhizome-like on the internet. Software establishes new structures of being instructed, controlled and governed.

Those new power and knowledge hierarchies have to be discussed publicly but there is still an enormous lack of communication strategies that explain opaque software processes to a democratic audience for a better understanding. But is it possible to turn an STS analysis of „invisible infrastructures“ into marketing or government strategies? Could product advertisement sound differently if it would be inspired by an STS understanding of „human-machine-interaction“? And: How much compromises are needed by getting engaged into economic and political structures with STS concepts in mind?

The projects that were developed in the workshop went from an STS driven circus to interdisciplinary translators for companies or constructing get-together apps. All of the ideas had in common that they would bring together spheres and groups of people who are split up by any boundaries. They would use new technology but also well-known analog ideas to inspire new thoughts between them.

Science and Technology Studies have largely elaborated analytical and conceptual tools for societal questions that could be transferred into the fields of software construction, data security, consumer protection and design of platforms for democratic participation. Regarding these ideas we found common role models or best practice projects like the city government of Barcelona who tries to implement new communication tools in politics, letting people participate by deciding online where to spend the public money first — restructuring public water infrastructures, a new swimming pool or computers for schools? In such a project new media becomes an experimental platform for a modern understanding of lived democracy.

STS is known for creating problems and using mess and arguments to arrange and display structures in a different way, constructively redefining terms that were taken for granted. Not only in academia but also on the job market STS knowledge could help investigating new emerging question of shaping society and daily interaction or finding unexpected connections between interdisciplinary spheres: Making infrastructures visible for a larger public, finding terms between disciplinary boundaries, analyzing thought-provoking but understandable phenomena that tell something about society.

Motivating people with your own ideas and searching for constructive structures that support your idea was one main recommendation that I took from the workshop. But „Join a union“ was another: There are already existing channels to make a change and look differently on society outside of academia. It seems to be a negotiation if oneself has to fit in a job description or if a job description has to fit in one’s own imagination. Jobs can be invented but they could also be discovered in unknown terrain by climbing over fences.

Invent Your Job?: On Embodying STS Practice

What if the most radical invention we can suggest is for a job with stable employment? This was one of the questions and ideas to emerge out of the pre-conference workshop for doctoral students and early career scholars to “Invent your job.” This question exemplifies some of the challenges and tensions that wove throughout the workshop as we contended with the workshop’s goals to “think out of the box” and create and invent ways of doing STS-engaged practice beyond academia.  Recognising our own desires to pursue STS as part of our future lives and careers, this question opened for consideration the necessary realities of sustaining ourselves now and in the future, in the context of contending values of competition and cooperation/collaboration. 

Fig. 1: Hiring trend of anthropology PhD graduates 1985-2014 (Speakerman et al., 2018: 10.1371/journal.pone.0202528.g005)

I applied to join this workshop with some trepidation. I was excited about the idea of meeting new scholars and about finding ways of doing anthropology and STS that are not bound by the structures of academia and academic career paths, which are also increasingly unavailable (see Figure 1). Yet, I also worried that the work of “inventing your job” repeated the kind of neoliberal admonishment that we should all become entrepreneurs of our selves (Foucault, 2008). The implication being, if we are only passionate, innovative, and entrepreneurial enough (which is never enough), we will succeed in life and opportunities will abound. The flip-side, of course, is that if we don’t succeed, then we just need to work harder, invent better, to create our jobs and place within the system. In many ways, these are common liberal and neoliberal refrains. 

My concerns dissipated as I met the organizer on the bus on the way to the University, and during the organized walk from the University to town. Everyone I met was friendly, engaging, and doing fascinating STS work on topics ranging from wine-making to co-living spaces. But the tensions in the workshop’s framing re-emerged after we sat down to lunch and to work more intently on a subset of job ideas from what we had developed during our walk. First, there had been planned presentations by two speakers, who would discuss their own experiences and creative job inventions. However, one couldn’t attend because of illness, demonstrating the contingency of our bodies and lives that works as a counterpoint to any notion of triumphant invention. The other presenter preferred to speak in small groups during the walk rather than present themselves as an authority on unconventional job creation, embodying an STS commitment to situated engagement and collaboration. 

We were also told that there had been much competition for participation in the workshop – that there were many students and early career scholars who wanted to attend but were not selected in order to keep the workshop size small. Similarly, one sub-group of workshop participants was meant to be voted for and chosen as “future-makers,” with their job descriptions published in the EASST review. There was little we could do about the first situation, which we had all consented to in applying to the workshop. However, participants also pointed out that publishing a single description inherently created a competition, with the elected future-makers in essence “winning” the job creation exercise and the opportunity for publication as the reward. The prize of a publication also further feeds into the glorification of citation counts and other metrics that work to reify and quantify our lives and selves. Here, however, some participants found an opportunity to intervene. After some discussion among workshop participants, it was decided that we would rotate between groups; as many of us wanted to discuss multiple projects, it would work against promoting a single project or idea, and there would be more opportunity for discussion among different people. Ultimately, everyone would have the chance to contribute to a final collaborative publication. 

As I rotated between the tables, and even as we were working to invent creative new ways of doing and living STS – through circuses, through visual practice, as translation, towards new ways of meeting, and as trouble-makers – a question that kept arising, was how do we make this practical? How do we make sure people actually will hire us? How do we fund this endeavor, and in a sustainable way? How do we make others see that this is useful and important? As we were trying to invent new careers – and futures – we were necessarily contending with the realities of sustenance and subsistence. In many of the careers and projects we developed, what was needed to enable and promote these exciting STS endeavours was indeed stable employment to support a kind of academic freedom where STS practitioners could translate, mediate, and stay with the trouble (Haraway 2016). At the same time, participants showed and embodied the small and meaningful ways in which we can live an STS life, by resisting forms of competition and glorification and instead promoting situated collaboration and active engagement with one another.

 

References

Foucault, M (2008) The Birth of Biopolitics: Lectures at the College de France, 1978-79. Edited by Michel Sellenart. Translated by Graham Burchell. New York, NY: Palgrave Macmillan. 

Haraway, D (2016) Staying with the Trouble: Making Kin in the Chthulucene. Durham NC: Duke University Press. 

Speakman RJ, Hadden CS, Colvin MH, et al. (2018” Market Share and Recent Hiring Trends in Anthropology Faculty Positions. PLOS ONE 13 (9): 10.1371/journal.pone.0202528.