Scientists use models to understand the natural world, and it is important not to conflate model and nature. As an illustration, we distinguish three different kinds of populations in studies of ecology and evolution: theoretical, laboratory, and natural populations, exemplified by the work of R.A. Fisher, Thomas Park, and David Lack, respectively. Biologists are rightly concerned with all three types of populations. We examine the interplay between these different kinds of populations, and their pertinent models, in three examples: the notion (...) of “effective” population size, the work of Thomas Park on /Tribolium/ populations, and model-based clustering algorithms such as /Structure/. Finally, we discuss ways to move safely between three distinct population types while avoiding confusing models and reality. (shrink)

The embedding and promotion of social change is faced with aparadoxical challenge. In order to mainstream an approach to socialchange such as responsible research and innovation and makeit into a practical reality rather than an abstract ideal, we need tohave conceptual clarity and empirical evidence. But, in order to beable to gather empirical evidence, we have to presuppose that theapproach already exists in practice. This paper proposes a social labmethodology that is suited to deal with this circularity. Themethodology combines (...) the defining features of social labs emergingfrom the literature such as agility and real-world focus withestablished theories and approaches such as action research andexperiential learning. Thereby it enables the parallel investigationand propagation of RRI. The framework thus constructed provides atheoretical embedding of sociallabs and overcomes some of theknown limitations of the constitutive approaches. (shrink)

Biological field stations proliferated in the Rocky Mountains region of the western United States during the early decades of the twentieth century. This essay examines these Rocky Mountain field stations as hybrid lab-field sites from the perspective of the field side of the dichotomy: as field sites with raised walls rather than as laboratories whose walls with the natural world have been lowered. Not only were these field stations transformed to be more like laboratories, but they were also embedded within (...) the particular regional environmental and institutional context of the Rocky Mountains. Using the University of Colorado’s Mountain Laboratory at Tolland and other contemporaneous sites as examples, this essay analyzes key features of these sites, including their location within transportation networks, buildings, equipment, personnel, scheduling, recreational and social activities, and other material and social practices on the ground. Considering both the distinctive and shared characteristics of the Rocky Mountain field stations in comparison to other types of field stations provides a more complete picture of the diversity and range of lab-field hybrid sites in the biological sciences in the early twentieth-century United States. (shrink)

Philosophy Lab: An Experiential Approach to Conceptual Analysis gives students the skills and strategies needed to do philosophical work in the Analytic tradition. They are presented with a step-by-step method for performing a preliminary conceptual analysis and practice examples to apply the method to standard philosophical problems. Students are introduced to the work of great thinkers including Descartes, Hobbes, Locke, Wittgenstein, and Ryle. These works are complemented by contemporary empirical findings concerning perception, desire, emotion, moral intuition, and other basic (...) elements of explicit intentional cognition. Each chapter features primary source material, commentary, and activity instructions. The activities are designed to allow students to experience each mode of cognition in relative isolation, and then to see how they combine and interrelate in more complex contexts. Finally, students use the template model of conceptual analysis to explore the material. They identify and isolate the concept to be analyzed, determine whether it is simple or complex, and if complex, identify the constituent parts of the concept. Specific topics covered include causal power, sex and marriage, compassion, ambition, justice, and death. Through presentation and modeling the book not only enables student to do conceptual analysis with precision, it helps them understand and interpret philosophical issues. Philosophy Lab is a comprehensive, carefully designed text for first courses in philosophy. It may be used with first-year undergraduate students, advanced high-school students, or adult learners. Asher Walden holds a Ph.D. in philosophy and religion from Drew University. Dr. Walden is currently an adjunct lecturer at the University of Massachusetts, Dartmouth. (shrink)

Midstream modulation is a form of public engagement with science which benefits from strategic application of science and technology studies (STS) insights accumulated over nearly 20 years. These have been developed from STS researchers’ involvement in practical engagement processes and research with scientists, science funders, policy and other public stakeholders. The strategic aim of this specific method, to develop what is termed second-order reflexivity amongst scientist-technologists, builds upon and advances earlier more general STS work. However this method is focused and (...) structured so as to help generate such reflexivity—over the ‘upstream’ questions which have been identified in other STS research as important public issues for scientific research, development and innovation—amongst practising scientists-technologists in their specialist contexts (public or private, in principle). This is a different focus from virtually all such previous work, and offers novel opportunities for those key broader issues to be opened up. The further development of these promising results depends on some important conditions such as identifying and engaging research funders and other stakeholders like affected publics in similar exercises. Implementing these conditions could connect the productive impacts of midstream modulation with wider public engagement work, including with ‘uninvited’ public engagement with science. It would also generate broader institutional and political changes in the larger networks of institutional actors which constitute contemporary technoscientific innovation and governance processes. All of these various broader dimensions, far beyond the laboratory alone, need to be appropriately open, committed to democratic needs, and reflexive, for the aims of midstream modulation to be achieved, whilst allowing specialists to work as specialists. (shrink)

Living labs are interdisciplinary and participatory initiatives aimed at bringing research closer to practice by involving stakeholders in all stages of research. Living labs align with the principles of participatory research methods as well as recent insights about how participatory ways of generating knowledge help to change practices in concrete settings with respect to specific problems. The participatory, open, and discussion‐oriented nature of living labs could be ideally suited to accompany ethical reflection and changes ensuing from reflection. To our (...) knowledge, living labs have not been explicitly trialed and reported in ethics literature. In this discussion paper, we report and discuss four initial issues that marked the process of setting up a living lab in ethics: (1) determining the goals and expected outcomes of an ethics living lab; (2) establishing operational procedures; (3) selecting communities and defining pilot projects; and (4) adopting a lens to tackle emerging questions and challenges. We explain these four issues and present the paths taken based on the novel and specific orientation, that is, living ethics, at the basis of this project. In alignment with living ethics and É‐LABO, we approach challenges as learning opportunities to ask not only “how” questions but also “why” questions. We hope that this discussion paper informed by our experience helps to clarify the theoretical, methodological, and practical approaches necessary to successfully adopt and employ living labs in ethics. (shrink)

ABSTRACT After a productive start in the 1980s, laboratory history is now surprisingly neglected—not lab science, but the lab as social institution. To restart interest, I suggest that we see labs as period specific (early modern, modern, postmodern) and of a piece with each era's dominant social institutions and practices. In the modern era, for example, labs have become powerful and ubiquitous because their operating principles are those of the nation-state and its consumerist political economy. Their educational function is crucial: (...) labs have authority because they are an effective vehicle for educating en masse for life in modern states; they provide general entry to careers in scores of disciplines and a thousand occupations; and they embody prevailing ideals of a meritocracy of competence, transparency (through publication), and a universalistic logic of objectivity. An older microhistory of laboratory practices may thus be reborn as a systematic, macrosocial history of the lab. (shrink)

What are the actual practices of intellectual co-laboring? In the spring of 2006, we began an experiment in collaborative anthropology. There was a dual impetus to our efforts: a desire to deal head-on with inadequacies in our academic environment; and a strong feeling that the classic norms of qualitative inquiry needed to become contemporary. Collaboration struck us as potentially key to both. We drew a parallel to laboratory experiments. In the textbook version, one begins with a question, formulates a hypothesis, (...) then tests it by adapting or inventing techniques and practicing them. With a certain irony, we nicknamed our experiment the “labinar,” lab plus seminar. From the beginning, we understood the “labinar” as an experiment in venue construction and form. We understood it as an intervention into pedagogic practice, as well as anthropological inquiry. Our reasoning was that the world is different than it was when the standards of qualitative human or social science became codified in the heyday of traditional anthropological fieldwork. (shrink)

This paper explores three cases of Do-It-Yourself, open-source technologies developed within the diverse array of topics and themes in the communities around the Public Laboratory for Open Technology and Science. These cases focus on aerial mapping, water quality monitoring and civic science practices. The techniques discussed have in common the use of accessible, community-built technologies for acquiring data. They are also concerned with embedding collaborative and open source principles into the objects, tools, social formations and data sharing practices that emerge (...) from these inquiries. The focus is on developing processes of collaborative design and experimentation through material engagement with technology and issues of concern. Problem-solving, here, is a tactic, while the strategy is an ongoing engagement with the problem of participation in its technological, social and political dimensions especially considering the increasing centralization and specialization of scientific and technological expertise. The authors also discuss and reflect on the Public Lab’s approach to civic science in light of ideas and practices of citizen/civic veillance, or “sousveillance”, by emphasizing people before data, and by investigating the new ways of seeing and doing that this shift in perspective might provide. (shrink)

What was it like to be a woman scientist battling the “old boy’s” network during the 1960s and 1970s? Neena Schwartz, a prominent neuroendocrinologist at Northwestern University, tells all. She became a successful scientist and administrator at a time when few women entered science and fewer succeeded in establishing independent laboratories. She describes her personal career struggles, and those of others in academia, as well as the events which lead to the formation of the Association of Women in Science, and (...) Women in Endocrinology, two national organizations, which have been successful in increasing the numbers of women scientists and their influence in their fields. The book intersperses this socio-political story with an account of Schwartz’s personal life as a lesbian and a description of her research on the role of hormones in regulating reproductive cycles. In a chapter titled “Don’t Ask, Don’t Tell,” she examines the “evidence” from a scientist’s point of view for the hormonal and genetic theories for homosexuality. Other chapters provide advice on mentoring young scientists and a discourse on why it matters to all of us to have more women doing and teaching science. She also describes the process of putting together an interdisciplinary Center on Reproductive Science at Northwestern, which brought together basic and clinical scientists in an internationally recognized program of research and practice. (shrink)

Historically, treatment for pain relief has varied according to the social status of the sufferer. A similar tendency to make arbitrary distinctions affecting pain relief was found in an ethnographic study of animal research laboratories. The administration of pain-relieving drugs for animals in laboratories differed from standard practice for humans and, perhaps, for companion animals. Although anesthesia was used routinely for surgical procedures, its administration was sometimes haphazard. Analgesics, however, were rarely used. Most researchers had never thought about using (...) analgesics and did not consider the subject worthy of serious attention. Scientists interviewed for this study agreed readily that animals are capable offeeling pain, but such assertions were muted by an overriding view of lab animals as creatures existing solely for the purposes of research. As a result, it was the exceptional scientist who was able to focus on anything about the animal's subjective experience that might lie outside the boundaries of the research protocol. (shrink)

Purpose This study aims to investigate how living lab (LL) activities align with responsible research and innovation (RRI) principles, particularly in artificial intelligence (AI)-driven digital transformation (DT) processes. The study seeks to define a framework termed “responsible living lab” (RLL), emphasizing transparency, stakeholder engagement, ethics and sustainability. This emerging issue paper also proposes several directions for future researchers in the field. Design/methodology/approach The research methodology involved a literature review complemented by insights from a workshop on defining RLLs. The literature review (...) followed a concept-centric approach, searching key journals and conferences, yielding 32 relevant articles. Backward and forward citation analysis added 19 more articles. The workshop, conducted in the context of UrbanTestbeds.JR and SynAir-G projects, used a reverse brainstorming approach to explore potential ethical and responsible issues in LL activities. In total, 13 experts engaged in collaborative discussions, highlighting insights into AI’s role in promoting RRI within LL activities. The workshop facilitated knowledge sharing and a deeper understanding of RLL, particularly in the context of DT and AI. Findings This emerging issue paper highlights ethical considerations in LL activities, emphasizing user voluntariness, user interests and unintended participation. AI in DT introduces challenges like bias, transparency and digital divide, necessitating responsible practices. Workshop insights underscore challenges: AI bias, data privacy and transparency; opportunities: inclusive decision-making and efficient innovation. The synthesis defines RLLs as frameworks ensuring transparency, stakeholder engagement, ethical considerations and sustainability in AI-driven DT within LLs. RLLs aim to align DT with ethical values, fostering inclusivity, responsible resource use and human rights protection. Originality/value The proposed definition of RLL introduces a framework prioritizing transparency, stakeholder engagement, ethics and sustainability in LL activities, particularly those involving AI for DT. This definition aligns LL practices with RRI, addressing ethical implications of AI. The value of RLL lies in promoting inclusive and sustainable innovation, prioritizing stakeholder needs, fostering collaboration and ensuring environmental and social responsibility throughout LL activities. This concept serves as a foundational step toward a more responsible and sustainable LL approach in the era of AI-driven technologies. (shrink)

Backchannel choices affect conversational development. Some backchannels invite interlocutors to continue to the next part of what they are saying and others invite them to elaborate on what they have just said. We tested how communicative modality (audiovisual, audio, text), environmental setting (wholly in-lab, partially in the wild), and conversational goals (on-task, off-task) influenced backchannel usage by participants. We found that backchannel production depends on modality, setting, and goals. For example, we found that specific backchannels played a more prominent role (...) in self-motivated dialogue. Knowledge of how backchannels are used has both theoretical and practical implications. (shrink)

In response to widespread policy prescriptions for responsible innovation, social scientists and engineering ethicists, among others, have sought to engage natural scientists and engineers at the ‘midstream’: building interdisciplinary collaborations to integrate social and ethical considerations with research and development processes. Two ‘laboratory engagement studies’ have explored how applying the framework of midstream modulation could enhance the reflections of natural scientists on the socio-ethical context of their work. The results of these interdisciplinary collaborations confirm the utility of midstream modulation in (...) encouraging both first- and second-order reflective learning. The potential for second-order reflective learning, in which underlying value systems become the object of reflection, is particularly significant with respect to addressing social responsibility in research practices. Midstream modulation served to render the socio-ethical context of research visible in the laboratory and helped enable research participants to more critically reflect on this broader context. While lab-based collaborations would benefit from being carried out in concert with activities at institutional and policy levels, midstream modulation could prove a valuable asset in the toolbox of interdisciplinary methods aimed at responsible innovation. (shrink)

Using humor, empathy, and improvisation to make science more accessible to the average person, the center has helped many scientists communicate more effectively about what they do. In many cases, this involves taking science down from the metaphorical “ivory tower” and bringing it into the comfort zone of students and people who may not have had a positive experience in science classes. A variety of metaphors are used to make science “come alive.” This is an interesting counter example to earlier (...) theories of metaphor and comedy such as the “disparagement theory” which described jokes as more successful if they relied on disparaging metaphors that build community through shared hostility. The metaphor approach builds community and creates inclusion through “social-facilitative functions of playful language”. When a scientist helps a layperson or student understand humorous metaphors, it communicates the literal meaning of terms, but also the contextual meaning, research practices, and the laboratory social setting. This is argued through examples of humor, comedy, and metaphor—a timely issue given current political discussions in the United States. (shrink)

To generate empathy in the care of vulnerable older persons requires care providers to reflect critically on their care practices. Ethics education and training must provide them with tools to accomplish such critical reflection. It must also create a pedagogical context in which good care can be taught and cultivated. The care-ethics lab ‘sTimul’ originated in 2008 in Flanders with the stimulation of ethical reflection in care providers and care providers in training as its main goal. Also in 2008, sTimul (...) commenced the organization of empathy sessions as an attempt to achieve this goal by simulation. The empathy session is a practical and fairly straightforward way of working to provoke care providers and care providers in training to engage in ethical reflection. Characteristic of the empathy session in the care-ethics lab is the emphasis on experience as a basis for ethical reflection. (shrink)

The starting point of this PhD project is a constructivist interpretation of scientific practices: science does not study independent and pre-given phenomena, but constructs them in an active way. Although this topic has already been argued for in general, this project wants to focus on recent emerging life sciences, such as systems biology, Artificial Life and synthetic biology. These disciplines bring forth an extreme form of this constructivist aspect: they actively and explicitly produce biological phenomena, such as synthetic cells that (...) do not exist outside of the laboratories. It is, however, unclear what this ‘construction’ of nature entails. There are multiple interpretations of how to understand these technical mediations and how this constructive element either shows the uniqueness of scientific practices or precisely shows how there is nothing special about scientific practices in relation to other practices. On the one hand this project wants to identify the different interpretations of constructivism in science: what does it in fact mean to claim that science constructs its object? Secondly, it wants to differentiate the notion of constructivism itself, by abandoning it as a general claim to more local, historical claims. This allows us to differentiate how a discipline, such as synthetic biology, is constructive in a unique sense, rather than being classified merely as one illustration of constructivism. This allows us to make room for the singularity of synthetic biology: in what specific way is synthetic biology a constructive practice? (shrink)

What happens to philosophy when philosophical activities migrate to the AI lab? My article explores the philosophical work that has gone into the machine simulations of language and understanding after Alan Turing. The early experiments by AI practitioners such as Karen Spärck Jones, Richard Richens, Yorick Wilks, and others at the Cambridge Language Research Unit (CLRU) led to the creation of the machine interlingua, semantic networks, and other technological innovations central to the development of AI in the 1950s–1970s. I attempt (...) to show how, in the midst of their computational work, the CLRU pioneers engaged with Ludwig Wittgenstein, Ferdinand de Saussure, Rudolf Carnap, and other philosophers and developed startling new ways of formulating fundamental questions about language and human understanding. More significantly, their philosophical activities on the machine present an inclusive and culturally diverse picture of the world that profoundly negates the ethnocentric metaphysics of human-machine conundrums that John Searle and his critics represent in the Chinese Room debate. The familiar legacy of that debate has long distorted the narrative of AI origins through its simultaneous reiteration and repudiation of the Turing test. My study seeks to clarify those origins, but my primary goal is to demonstrate what it is like to practice philosophy on the machine and how the critique of metaphysics is made possible in the AI lab. (shrink)

It is often thought that the vindication of experimental work lies in its capacity to be revelatory of natural systems. I challenge this idea by examining laboratory experiments in ecology. A central task of community ecology involves combining mathematical models and observational data to identify trophic interactions in natural systems. But many ecologists are also lab scientists: constructing microcosm or ‘bottle’ experiments, physically realizing the idealized circumstances described in mathematical models. What vindicates such ecological experiments? I argue that ‘extrapolationism’, the (...) view that ecological lab work is valuable because it generates truths about natural systems, does not exhaust the epistemic value of such practices. Instead, bottle experiments also generate ‘understanding’ of both ecological dynamics and empirical tools. Some lab work, then, aids theoretical understanding, as well as targeting hypotheses about nature. 1Introduction2Trophic Interactions and Observational Techniques3Cryptic Dynamics in Bottle Experiments4Extrapolationism 4.1Ecological possibility and actuality4.2Ecological heterogeneity5Understanding 5.1The epistemic good of understanding5.2Bottle experiments as understanding-generators5.3How understanding travels6Conclusion. (shrink)

Contemporary literature investigating the significant impact of technology on our lives leads many to conclude that ethics must be a part of the discussion at an earlier stage in the design process i.e., before a commercial product is developed and introduced. The problem, however, is the question regarding how ethics can be incorporated into an earlier stage of technological development and it is this question that we argue has not yet been answered adequately. There is no consensus amongst scholars as (...) to the kind of ethics that should be practiced, nor the individual selected to perform this ethical analysis. One school of thought holds that ethics should have pragmatic value in research and design and that it should be implemented by the engineers and/or scientists themselves, while another school of thought holds that ethics need not be so pragmatic. For the latter, the ethical reflection can aim at a variety of goals, and be carried out by an ethicist. None of the approaches resulting from these lines of thinking have been adopted on a wide-scale basis. To that end, the approach presented here is intended to bridge the gap between these schools of thought. It is our contention that ethics ought to be pragmatic and to provide utility for the design process and we maintain that adequate ethical reflection, and all that it entails, ought to be conducted by an ethicist. Thus, we propose a novel role for the ethicist—the ethicist as designer—who subscribes to a pragmatic view of ethics in order to bring ethics into the research and design of artifacts—no matter the stage of development. In this paper we outline the series of steps that a pragmatic value analysis entails: uncovering relevant values, scrutinizing these values and, working towards the translation of values into technical content. In conclusion, we present a list of tasks for the ethicist in his/her role as designer on the interdisciplinary team. (shrink)

Many research-intensive universities have moved into the business of promoting technology development that promises revenue, impact, and legitimacy. While the scholarship on academic capitalism has documented the general dynamics of this institutional shift, we know less about the ground-level challenges of research priority and scientific problem choice. This paper unites the practice tradition in science and technology studies with an organizational analysis of decision-making to compare how two university artificial intelligence labs manage ambiguities at the edge of scientific knowledge. (...) One lab focuses on garnering funding through commercialization schemes, while the other is oriented to federal science agencies. The ethnographic comparison identifies the mechanisms through which an industry-oriented lab can be highly adventurous yet produce a research program that is thin and erratic due to a priority placed on commercialization. However, the comparison does not yield an implicit nostalgia for federalized science; it reveals the mechanisms through which agency-oriented labs can pursue a thick and consistent research portfolio but in a strikingly myopic fashion. (shrink)

Research on academic cheating by high school students and undergraduates suggests that many students will do whatever it takes, including violating ethical classroom standards, to not be left behind or to race to the top. This behavior may be exacerbated among pre-med and pre-health professional school students enrolled in laboratory classes because of the typical disconnect between these students, their instructors and the perceived legitimacy of the laboratory work. There is little research, however, that has investigated the relationship between high (...) aspirations and academic conduct. This study fills this research gap by investigating the beliefs, perceptions and self-reported academic conduct of highly aspirational students and their peers in mandatory physics labs. The findings suggest that physics laboratory classes may face particular challenges with highly aspirational students and cheating, but the paper offers practical solutions for addressing them. (shrink)

Deep learning models are powerful tools for representing the complex learning processes and decision-making strategies used by humans. Such neural network models make fewer assumptions about the underlying mechanisms thus providing experimental flexibility in terms of applicability. However, this comes at the cost of involving a larger number of parameters requiring significantly more data for effective learning. This presents practical challenges given that most cognitive experiments involve relatively small numbers of subjects. Laboratory collaborations are a natural way to increase overall (...) dataset size. However, data sharing barriers between laboratories as necessitated by data protection regulations encourage the search for alternative methods to enable collaborative data science. Distributed learning, especially federated learning, which supports the preservation of data privacy, is a promising method for addressing this issue. To verify the reliability and feasibility of applying FL to train neural networks models used in the characterization of decision making, we conducted experiments on a real-world, many-labs data pool including experiment data-sets from ten independent studies. The performance of single models trained on single laboratory data-sets was poor. This unsurprising finding supports the need for laboratory collaboration to train more reliable models. To that end we evaluated four collaborative approaches. The first approach represents conventional centralized learning and is the optimal approach but requires complete sharing of data which we wish to avoid. The results however establish a benchmark for the other three approaches, federated learning, incremental learning, and cyclic incremental learning. We evaluate these approaches in terms of prediction accuracy and capacity to characterize human decision-making strategies. The FL-based model achieves performance most comparable to that of the CL-based model. This indicates that FL has value in scaling data science methods to data collected in computational modeling contexts when data sharing is not convenient, practical or permissible. (shrink)

This paper presents and discusses empirical results from a survey about the research practice of Danish chemistry students, with a main focus on the question of anomalous data. It seeks to investigate how such data is handled by students, with special attention to so-called ‘questionable research practices’ where anomalous data are simply deleted or discarded. This question of QRPs is of particular importance as the educational practices students experience may influence how they act in their future professional careers, for (...) instance in research. The ethical evaluation of QRPs however is not univocal. In parts of the literature QRPs are seen as unquestionably bad, while in other parts of the literature certain QRPs are seen as a necessary aspect of scientific practice. Results from the survey of Danish chemistry students shows that many students engage in certain types of questionable practices, and that a large minority of the students have been actively encouraged by their teachers to engage in such practices. The paper discusses to what extent and under what circumstances such instructional practices can be defended and suggests how the instructional practice connected to the handling of anomalous data can be improved. (shrink)

Reading, writing, publishing, and publicly presenting scientific works are vital for a young researcher's profile building and career development. Generally, the traditional educational curricula do not offer training possibilities to learn and practice how to prepare, write, and present scientific works. These are rather a part of lab meeting activities in research groups. The lack of such training is more critical in some developing countries because this adds to the rare opportunities to discuss and become involved in the exchanges (...) on state of the art scientific literature. Here the authors relate their experience in introducing a weekly 1‐day lab meeting in the framework of two previously organized 3‐month courses on “Bioinformatics and Genome Analyses”. The main activities which are developed during these lab meetings include scientific literature follow up as well as preparing and presenting oral and written scientific reviews. These activities prove to be useful for a student's self‐confidence building, for enhancing their active participation during the lectures and practical sessions, as well as for the positive impact on running the whole course program. Incorporation of such lab meeting activities in the course program significantly improves the capacity building of the participants, their analytical and critical reading of scientific literature, as well as communication skills. In this work it is shown how to proceed with the different steps involved in the implementation of lab meeting activities, and to recommend their regular institution in similar courses. (shrink)

In this project, we explore perceptions of the social and ethical implications of nanotechnology among US scientists who work at the nanoscale, and develop and pilot test an online training module to foster consideration of social and ethical implications in the lab. To meet our first goal, we drew qualitative insights from open-ended survey data collected from scientists affiliated with the National Nanotechnology Infrastructure Network. Our data suggest that while the survey participants responded positively to the idea that consideration of (...) SEI should be a part of the work they do, there was confusion about whether SEI refers to lab safety, research integrity, or something more. This is something we sought to address in the online training module that we developed based on that qualitative data and on feedback collected from experts in nanoethics and lab management. We then pilot tested the module with undergraduate students studying nanotechnology in the National Science Foundation’s Research Experiences for Undergraduates program and with scientists registered to use a National Nanotechnology Coordinated Infrastructure-funded microelectronics research lab. The undergraduate data suggested that students appreciated the SEI training but wished professors and scientists would begin integrating the ideas therein into coursework and mentoring. The scientist data suggested that the module increased understanding of “social and ethical implications,” increased the perceived need to implement SEI into workplace routines, and, interestingly, heightened perceptions of risk associated with the scientists’ own work. The practical and theoretical implications of this work are discussed. (shrink)

This article begins with an ethnographically documented incident whereby nursing students dissected a medical human simulator model and rearranged it so that the “male” head and torso was attached to the “female” lower half. They then joked about the embodiment of the model, thus staging a scene of anti-trans ridicule. The students’ lack of ability, or purposeful refusal, to recognize morphological biodiversity in medical settings indicates a lacuna in clinical imaginaries. Even as trans-identified and gender nonconforming people increasingly access care (...) in the clinic, the lacuna of transsex—as a proxy term for non-binary embodiment—persists at the heart of clinical practice. This article concludes that we might engage in more ethical clinical practice if we recognize and affirm the trace of multiple forms of human being in the non-human simulator. (shrink)

El propósito fundamental del trabajo fue destacar la trascendencia social de las ciencias básicas biomédicas en la superación profesional de los tecnólogos en Laboratorio Clínico, egresados de la Facultad de Tecnología de la Salud de Camagüey. Se partió de las insuficiencias que influyen en el desempeño profesional de estos licenciados, y se justifica la importancia de las ciencias básicas biomédicas para el laboratorista clínico. Se concluyó que la ciencia y la tecnología son prácticas sociales que debe tener en cuenta en (...) su labor cotidiana el tecnólogo de la salud en Laboratorio Clínico y la necesidad de las ciencias básicas biomédicas en la superación profesional de estos tecnólogos ya que aportan los fundamentos científicos del proceder técnico en un laboratorio, lo cual permite capacitar un profesional no solo para llevar a cabo procederes, sino para comprender el porqué de los mismos. The main goal of this work was to highlight the social implications of the basic biomedical sciences in the professional training of the technologist in clinical laboratory graduated at the Health Technologic Faculty in Camaguey taking into account the insufficiencies in the professional performance of these specialists. It was evident that science and technology are social practices that the health technologist specialized in clinical laboratory has to take into account and the need of basic biomedical sciences in the professional development of these technologists because they offer the scientific basis of the technical procedure in a laboratory which allows the professional training not only to perform the procedures but also to understand the reason of them. (shrink)

In this concluding chapter, we want to take a broader perspective and, based on the contributions to this book, identify the key lessons from the NewHoRRIzon project about RRI implementation in general and via Social Labs in particular. From a bird’s eye perspective, the NewHoRRIzon Social Labs can be seen as interventions that depend on and are affected by several interrelated levels which might be separated roughly in the micro-level of Social Labs, the meso level of organisations, and the macro-level (...) of national and European research and innovation systems and policy making. (shrink)

Accounts of change in contemporary research in industry and the academy often note the increasing coexistence of market and academic norms and practices. This article suggests that, at least in industry, these conflicting norms and practices are often preserved by loose coupling between market pressures and the research organization. Based on a two-year case study, this article examines the imposition of tight coupling at an industry lab that had previously been able to maintain some of the norms and practices associated (...) with the academy. Tight market coupling limited the role of judgment in the governance of research. First, a market-based quantitative project selection system delegitimized expert judgment. As a result, projects with obvious market and technical uncertainties were more difficult to justify. Second, objective, market-based oversight also limited the role of expert judgment. Tracking the return on investment of scientists’ hours with time cards had the effect of discouraging time spent on learning or exploratory work. In many cases, researchers argued that displacement of judgment for a quantitative governance system caused work to shift away from research and toward product development. (shrink)

In Landscapes and Labscapes Robert Kohler emphasized the separation between laboratory and field cultures and the creation of new "hybrid" or mixed practices as field sciences matured in the early twentieth century. This article explores related changes in laboratory practices, especially novel designs for the analysis of organism-environment relations in the mid-twentieth century. American ecologist Victor Shelford argued in 1929 that technological improvements and indoor climate control should be applied to ecological laboratories, but his recommendations were too ambitious for the (...) time. In the postwar period Frits W. Went, plant physiologist at the California Institute of Technology, created a new high-tech laboratory, dubbed a "phytotron", in the hope that it would transform plant sciences by allowing for unprecedented control of environmental variables. Went's aspirations, the research conducted in his laboratory, and its impact in initiating an international movement, are considered. Went's laboratory can be seen as a "hybrid culture" evolving in the laboratory, complementing and intersecting with some of the field practices that Kohler describes. It was also a countercultural movement against the reductionist trends of molecular biology in the 1950s and 1960s. By considering the history of the laboratory in relation to field sciences, we can explore how new funding sources and cross-disciplinary relations affected the development of field sciences, especially in the postwar period. (shrink)

This edited collection opens up new intellectual territories and articulates the ways in which academics are theorising and practicing new forms of research in ‘wild’ contexts. Many researchers are choosing to leave the familiarity of their laboratory-based settings in order to pursue in-situ studies ‘in the wild’ that can help them to better understand the implications of their work in real-world settings. This has naturally led to ethical, philosophical and practical reappraisals with regard to the taken for granted lab-based modus (...) operandi of scientific, cultural and design-based ways of working. This evolving movement has led to a series of critical debates opening up around the nature of research in the wild, but up until now these debates have not been drawn together in a coherent way that could be useful in an academic context. The book brings together applied, methodological and theoretical perspectives relating to this subject area, and provides a platform and a source of reference material for researchers, students and academics to base their work on. Cutting across multiple disciplines relating to philosophy, sociology, ethnography, design, human–computer interaction, science, history and critical theory, this timely collection appeals to a broad range of academics in varying fields of research. (shrink)

Introduction: This paper explores the vulnerability of practice-like activities to institutional domination. Methods: This paper oers an ethnographic case study of a UK-based engineering company in the aftermath of its acquisition, focusing in particular on its R&D unit. Results: The Lab struggled to maintain its practice-based work in an institutional environment that emphasized the pursuit of external goods. Discussion: We use this case to develop two arguments. Firstly, we illustrate the concept of “practice-like” activities and explore their (...) vulnerability to institutional domination. Secondly, in light of the style of management on display after the takeover, we oer further support to MacIntyre’s critique of management. Finally, based on the empirical data we reflect on the importance of organizational culture, as well as friendship and the achievement of a common good in business organizations for these kinds of activities. (shrink)

Student researchers encounter ethical issues daily, but little is known about their unique perspectives. This article presents the results of 30 qualitative semi-structured interviews exploring students’ views and experiences around ethical issues in research groups. During the interviews, students were asked to describe challenges and successes they have encountered in their lab, their conception of what counts as an “ethical issue in research,” and how they handle these issues when they arise. Against this background, the article discusses students’ conceptions of (...) ethical issues in research environments, the types of issues students reported facing, how these issues were ultimately resolved, and finally, the factors, internal qualities, and lessons learned that help students thrive in research environments, as well as some of the challenges students face – especially international students. Many of the ethical challenges interviewees discussed focused on interpersonal issues, highlighting the intense collaboration most graduate students have with their colleagues and supervisors. Findings from this study point to the need for targeted training programs for students and faculty supervisors focusing on building mentoring relationships and finding space in the lab where open communication can occur around ethical research practices. (shrink)

Teachers may be skeptical about the possibility of implementing transition pedagogy, as outlined in the first part of this book, given the current context of higher education. Here we synthetize therefore the pedagogical tools that we have identified in the courses offered by establishments that have practiced a transition pedagogy for a long time, as well as those being used at the Campus de la Transition since 2018. We also draw on interviews with experts and practitioners, psychologists, teachers and explorers (...) of new practices. (Interviews with Chrysoline Brabant – clinical psychologist and certified coach, Mark Swilling – founder of the Sustainability Institute, Jacques Tardif – professor at the University of Sherbrooke and specialist in university pedagogy, Laurent Van Ditzhuyzen – co-founder of the Université du Nous, Thibault Griessinger – PhD in cognitive sciences and founder of Acte Lab, Hubert Trapet and Valérie Fayard – Emmaüs France CEO and vice-chair). The chapter starts with the lightest tools, which can be set up quite easily in a classroom, moving towards the most ambitious, and resulting in a coherent picture of the higher establishment in service of the Great Transition teachings. (shrink)

This text is a reflection in action of an artistic process based on a scientific research. ENSAIO is the choreographic project that resulted from the translation mechanisms of laboratory concepts to a bodily approach, where it proposes a possible mainstreaming of artistic and scientific processes combined. This project joined artistic higher education schools in dance and scenic arts (ESD and FCSH) and Polavieja lab, a neuroscience research lab in Champalimaud Foundation – Center for the Unknown. This text aims to reveal (...) the creative choreographic and performative potentials hidden in this scientific research concerning neurosciences. Identifying cross materials to artistic and scientific processes, it was possible to design a structure of the creation process and the construction of a choreographic performance. The common platform has been found in the process of translation and the definition of the same concept substrate, which made possible the approach of the two instances: studio and laboratory. One of its key features is the promotion of the communication among its agents: scientists and dancers. And the possibility of modelling and absorption from what it comes from this sharing and collaboration. The methods and the choreographic procedures mirrored and promoted this sharing and, therefore, the involvement of the body. Where, the body is the agent able to reflect and trigger this process, a body as an essay that is constantly in research. A body able to coordinate between various media and to expand the reflection on itself. Although science and art are individual instances that inevitably specialise and segregated away. Therefore, this text focuses on examples of cross-thinking of both scientific and artistic cultures, and the articulation of the theoretical and practical bodies in a practice-as-research on the development of the ENSAIO creative process. (shrink)

This article analyzes local algorithmic practices resulting from the increased use of time-lapse (TL) imaging in fertility treatment. The data produced by TL technologies are expected to help professionals pick the best embryo for implantation. The emergence of TL has been characterized by promissory discourses of deeper embryo knowledge and expanded selection standardization, despite professionals having no conclusive evidence that TL improves pregnancy rates. Our research explores the use of TL tools in embryology labs. We pay special attention to standardization (...) efforts and knowledge-creation facilitated through TL and its incorporated algorithms. Using ethnographic data from five UK clinical sites, we argue that knowledge generated through TL is contingent upon complex human–machine interactions that produce local uncertainties. Thus, algorithms do not simply add medical knowledge. Rather, they rearrange professional practice and expertise. Firstly, we show how TL changes lab routines and training needs. Secondly, we show that the human input TL requires renders the algorithm itself an uncertain and situated practice. This, in turn, raises professional questions about the algorithm’s authority in embryo selection. The article demonstrates the embedded nature of algorithmic knowledge production, thus pointing to the need for STS scholarship to further explore the locality of algorithms and AI. (shrink)

An integral part of the schooling of scientists, especially experimental ones, is the cultivation of the significance and role of scientific evidence. Naturally this schooling is not conducted in vacuuo. Budding scientists already have experiences of, and intuitions about, the use of evidence in everyday life. In this talk I take a sustained look at the relations between common-sense notions of evidence and scientific ones. Among other things, I argue that scientific notions of evidence and associated practices are in many (...) ways conservative extensions of what is best about our common-sense notions and practices. This contradicts a rather widely held but often tacit view that science and its notions are largely insular. (shrink)

The authors present their experience and practices of introducing cloud services, as a means to simplify the adoption of ICT in education, using Free/Open Source Software. The solution creates a hybrid cloud infrastructure, in order to provide a pre-installed virtual machine, acting as a server inside the school, providing desktop environment based on the Software as a Service cloud model, where legacy PCs act as stateless devices. Classroom management is accomplished using the application “Epoptes.” To minimize administration tasks, educational software (...) is provided accordingly, either on-line or through repositories to automate software installation. The advantages of the hybrid cloud implementation, include services that are not completely dependent on broadband connections’ state, minimal cost, reusability of obsolete equipment, ease of administration, centralized management, patches and educational software provisioning and, above all, facilitation of the educational procedure. (shrink)

This paper addresses three aspects of Bio Art: iconography, artificial life, and wetware. The development of models for innovation require hybrid practices which generate knowledge through epistemic experimental practices. The intersection of art and the biological sciences contain both scientific data as well as the visualization of its cultural imagination. In the Bio Art Lab at the School of Visual Arts, artists use the tools of science to make art.

Generating research findings, which make sense in today's society and can be appreciated as such by both the academic and the business worlds, requires reframing not only the core of how research is being developed but also questions the relevance of organizational survival. The Imagineering Methodology developed within the framework of the NHTV University of Applied Sciences provides a complementary perspective on management research and design. This article aims to present the essence and the specifics of how research is evolving (...) today, using the aforementioned methodological stance and showing certain outcomes, already achieved in practice. (shrink)

In this paper, Roy attempts to develop a semiprescriptive analysis for the natural sciences by examining more closely a skill that many feminist scientists have been reported to possess. Feminist scientists have often been lauded for their ability to “ask different questions.” Drawing from standpoint theory, strong objectivity, situated knowledges, agential realism, and the methodology of the oppressed, the author suggests that this skill can be articulated further into the feminist practice of research agenda choice. Roy illustrates the usefulness (...) of developing such a practice by addressing her own dilemma of conducting in vitro research in a reproductive biology lab. (shrink)

In Landscapes and Labscapes Robert Kohler emphasized the separation between laboratory and field cultures and the creation of new "hybrid" or mixed practices as field sciences matured in the early twentieth century. This article explores related changes in laboratory practices, especially novel designs for the analysis of organism-environment relations in the mid-twentieth century. American ecologist Victor Shelford argued in 1929 that technological improvements and indoor climate control should be applied to ecological laboratories, but his recommendations were too ambitious for the (...) time. In the postwar period Frits W. Went, plant physiologist at the California Institute of Technology, created a new high-tech laboratory, dubbed a "phytotron", in the hope that it would transform plant sciences by allowing for unprecedented control of environmental variables. Went's aspirations, the research conducted in his laboratory, and its impact in initiating an international movement, are considered. Went's laboratory can be seen as a "hybrid culture" evolving in the laboratory, complementing and intersecting with some of the field practices that Kohler describes. It was also a countercultural movement against the reductionist trends of molecular biology in the 1950s and 1960s. By considering the history of the laboratory in relation to field sciences, we can explore how new funding sources and cross-disciplinary relations affected the development of field sciences, especially in the postwar period. (shrink)

In this paper, Roy attempts to develop a semiprescriptive analysis for the natural sciences by examining more closely a skill that many feminist scientists have been reported to possess. Feminist scientists have often been lauded for their ability to “ask different questions.” Drawing from standpoint theory, strong objectivity, situated knowledges, agential realism, and the methodology of the oppressed, the author suggests that this skill can be articulated further into the feminist practice of research agenda choice. Roy illustrates the usefulness (...) of developing such a practice by addressing her own dilemma of conducting in vitro research in a reproductive biology lab. (shrink)

Research on interdisciplinary science has for the most part concentrated on the institutional obstacles that discourage or hamper interdisciplinary work, with the expectation that interdisciplinary interaction can be improved through institutional reform strategies such as through reform of peer review systems. However institutional obstacles are not the only ones that confront interdisciplinary work. The design of policy strategies would benefit from more detailed investigation into the particular cognitive constraints, including the methodological and conceptual barriers, which also confront attempts to work (...) across disciplinary boundaries. Lessons from cognitive science and anthropological studies of labs in sociology of science suggest that scientific practices may be very domain specific, where domain specificity is an essential aspect of science that enables researchers to solve complex problems in a cognitively manageable way. The limit or extent of domain specificity in scientific practice, and how it constrains interdisciplinary research, is not yet fully understood, which attests to an important role for philosophers of science in the study of interdisciplinary science. This paper draws upon two cases of interdisciplinary collaboration; those between ecologists and economists, and those between molecular biologists and systems biologists, to illustrate some of the cognitive barriers which have contributed to failures and difficulties of interactions between these fields. Each exemplify some aspect of domain specificity in scientific practice and show how such specificity may constrain interdisciplinary work. (shrink)

Notwithstanding the fact that a lot, if not most, of science is done outside the laboratory, most literature in the history and philosophy of science, when discussing the experimental method, focus only on experimentation “within the walls of a laboratory” . To fill this embarrassing gap, Astrid Schwarz has written an excellent book on field experimentation. The field, however, is a much more messy site than a clean lab. In an introduction to a special issue of Osiris on field science, (...) Kuklick and Kohler list a number of the problems related to science in the field: As scientific rigor is defined by the standards of the laboratory, the field is considered to be “a site of compromised work: field sciences have dealt with problems that resist tidy solutions, and they have not excluded amateur participants” . To discuss science in the field, we will have to take account of a methodological tension between laboratory and field standards of evidence and reasoning. .. (shrink)