Science and technology studies

Science and technology studies is an interdisciplinary field that examines how scientific knowledge and technological artifacts are produced, validated, and embedded within society. It challenges the view of science as a purely rational pursuit of objective truth, instead analyzing it as a complex social and cultural activity. The field emerged from convergences in the history of science, the sociology of knowledge, and the philosophy of science during the mid-20th century. Its scholars investigate the reciprocal relationships between scientific practice, technological innovation, and broader political, economic, and cultural forces.

Overview and history

The intellectual foundations of the field were laid by works like Thomas Kuhn's seminal The Structure of Scientific Revolutions, which introduced the concept of paradigm shifts. This was followed by the Strong Programme in the sociology of scientific knowledge developed at the University of Edinburgh by scholars such as David Bloor and Barry Barnes, which argued for a symmetrical analysis of true and false beliefs. Concurrently, the social construction of technology framework emerged, examining how social groups shape technological design. The establishment of key academic units, such as the Science Studies Unit at Edinburgh and programs at Cornell University and the University of California, San Diego, institutionalized the field. Landmark ethnographic studies, including Bruno Latour and Steve Woolgar's Laboratory Life, pioneered the analysis of scientific fact construction in real-time settings.

Key concepts and theoretical approaches

Central to the field is the principle of social construction, applied to both scientific facts and technological systems. The actor-network theory, developed by Michel Callon, Bruno Latour, and John Law, treats human and non-human entities as interconnected actants within networks. The concept of boundary-work, advanced by Thomas Gieryn, analyzes how scientists demarcate science from non-science to secure authority. Donna Haraway's work on situated knowledges and the cyborg critiques notions of objectivity, emphasizing embodied and partial perspectives. Other influential frameworks include feminist technoscience, which interrogates gender and power in technoscientific practice, and the co-production thesis, exploring how scientific order and social order are mutually constituted.

Major research areas and themes

Research spans numerous domains, including the study of large technological systems and sociotechnical imaginaries, as seen in the work of Wiebe Bijker and Trevor Pinch. The politics of expertise and public understanding of science are examined through controversies like those surrounding climate change, genetically modified organisms, and the HIV/AIDS crisis. A significant focus is the material culture of science, studying instruments from the electron microscope to the Large Hadron Collider. The field also critically engages with innovation and economic development, the ethics of emerging technologies like artificial intelligence and CRISPR, and the historical role of colonialism and empire in shaping global technoscience.

Methodologies and interdisciplinary connections

Methodological approaches are predominantly qualitative and interpretative, drawing heavily from ethnography and participant observation within laboratories, engineering firms, and field sites. Historical analysis of archival materials, such as those found in the Royal Society or MIT archives, is equally vital. Discourse analysis of scientific texts, policy documents, and media representations is common. The field maintains strong ties with anthropology of science, environmental humanities, and critical race theory. It also engages in collaborative and interventionist research, such as participatory technology assessment and citizen science projects, blurring the line between analysis and practice.

Notable scholars and institutional development

Influential figures beyond those mentioned include Sheila Jasanoff, founder of the co-production idiom and a key scholar in science policy studies; Karin Knorr Cetina, known for her epistemic cultures research; and Langdon Winner, famous for his analysis of the politics of artifacts. The field is supported by professional organizations like the Society for Social Studies of Science (4S), which publishes the journal Science, Technology, & Human Values, and the European Association for the Study of Science and Technology (EASST). Major research centers include the Department of Science & Technology Studies at Cornell, the STS program at MIT, and the Institute for Science, Innovation and Society at the University of Oxford.