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For much of the twentieth century, historians of science treated institutions as little more than the backdrops against which great discoveries unfolded. The Royal Society, the nineteenth-century German university, the twentieth-century research laboratory—these settings were described as containers that housed scientists and their instruments, but they were rarely seen as active forces in shaping what counted as knowledge or who was allowed to produce it. The central tension that defines the historiography of scientific institutions is precisely this: do institutions merely provide a neutral stage for science, or do they actively determine the content, boundaries, and credibility of knowledge? Over the past century, successive frameworks have answered that question in strikingly different ways, each building on, reacting against, or coexisting with its predecessors.
The earliest systematic writing on scientific institutions came from within the Internalist History of Science tradition. Internalist historians focused on the intellectual lineage of scientific ideas—theories, experiments, and discoveries—and treated institutions as incidental to that story. When they did discuss institutions, it was usually in a commemorative mode: histories of the Royal Society or the Académie des Sciences celebrated the founding of learned societies as milestones in the progress of reason. These accounts were Whiggish in tone, assuming that institutions evolved naturally toward greater rationality and inclusiveness. The institution itself was not interrogated as a site of power, exclusion, or knowledge construction; it was simply the place where great minds gathered. This approach dominated until the mid-twentieth century, when scholars began to ask whether the social organization of science might matter more than the internalist narrative allowed.
Two frameworks emerged in the mid-twentieth century that pushed institutions to the center of historical analysis, though in very different ways. The Mertonian Sociology of Science, developed by Robert K. Merton and his students from the 1940s onward, treated the scientific community as a distinct social system governed by a set of norms—universalism, communism, disinterestedness, organized skepticism (the CUDOS norms). For Mertonians, institutions such as universities, journals, and funding agencies were the mechanisms that enforced these norms and distributed rewards (priority, prestige) to scientists. This framework made institutions visible as functional structures that maintained the integrity of science. However, it assumed that the norms were universal and that institutions operated largely as intended, a position that later critics would challenge for its functionalism and its neglect of power asymmetries.
At roughly the same time, the Externalist History of Science (c. 1950–1980) offered a different kind of institutional analysis. Externalist historians argued that the growth and direction of science could not be understood without reference to the broader social, economic, and political contexts in which institutions were embedded. They studied how state patronage, industrial capitalism, and war shaped the rise of research laboratories, technical universities, and government science agencies. Unlike the Mertonians, who saw institutions as upholding internal scientific norms, externalists saw them as reflections of external forces—the needs of the state or the economy. This framework broadened the scope of institutional history but still treated institutions as relatively passive conduits for outside pressures. Neither Mertonian sociology nor externalist history examined how the day-to-day work inside institutions actually produced knowledge; that question would be taken up by the next wave.
The Sociology of Scientific Knowledge (SSK), especially the Strong Programme developed at the University of Edinburgh in the 1970s, marked a decisive break. SSK scholars insisted that the content of scientific knowledge itself—not just its institutional context—should be explained sociologically. They applied the principle of symmetry: true and false beliefs alike required causal explanation. For institutional historians, this meant that institutions were no longer neutral containers or functional systems; they were arenas where knowledge claims were negotiated, contested, and stabilized. SSK studies of scientific controversies (e.g., the phlogiston debate, the reception of relativity) showed how institutional loyalties, career interests, and social networks shaped which theories gained acceptance. This framework narrowed the focus from macro-level context to the micro-politics of knowledge production within specific institutional settings.
Building directly on SSK’s insights, Laboratory Studies (c. 1975–2010) brought ethnographic methods into the heart of scientific institutions. Scholars such as Bruno Latour, Steve Woolgar, and Karin Knorr Cetina spent months inside laboratories, observing how facts were constructed through mundane routines—inscribing readings from instruments, negotiating authorship, managing credit. Laboratory studies treated the lab as a tribe with its own material culture and social dynamics. This approach absorbed SSK’s interest in knowledge content but added a fine-grained attention to practice and materiality. It also revealed that institutions were not monolithic; they were composed of heterogeneous practices that could vary even within the same building. By the 1990s, laboratory studies had largely been absorbed into broader frameworks, but its ethnographic sensibility remained influential.
Actor-Network Theory (ANT), developed by Latour, Michel Callon, and John Law from the 1980s onward, extended the insights of laboratory studies in a radical direction. ANT argued that institutions should not be seen as stable structures at all; they were precarious effects of networks that linked humans, instruments, texts, and other nonhuman entities. A laboratory, for example, existed only as long as its equipment, funding streams, personnel, and publications held together. ANT’s principle of generalized symmetry treated nonhumans as actors alongside humans, a move that distinguished it sharply from earlier frameworks that had focused exclusively on social relations. For institutional history, ANT offered a way to analyze how institutions were built and maintained through alliances that crossed the boundary between the social and the technical. It coexisted with laboratory studies for a time, but gradually diverged by emphasizing the fragility and contingency of institutional order.
At the same time, the Cultural History of Science (c. 1980–Present) brought a different set of concerns to the study of institutions. Cultural historians examined the rituals, symbols, and identities that constituted scientific communities. They asked how institutions shaped scientists’ sense of self—through ceremonies, dress codes, architectural spaces, and disciplinary training. This framework overlapped with ANT in its attention to material culture, but it placed greater emphasis on meaning-making and representation. Cultural history did not replace ANT or SSK; rather, it supplemented them by asking questions about identity and performance that the more network-oriented approaches sometimes overlooked. Together, ANT and cultural history created a richer toolkit for understanding institutions as both material assemblages and symbolic orders.
While the frameworks above were transforming how historians studied Western scientific institutions, a parallel set of critiques was challenging the very geography and demography of the field. The Feminist History of Science and Technology (c. 1970–Present) began by recovering the contributions of women scientists who had been excluded from institutional histories. But it quickly moved beyond recovery to analyze how institutions themselves encoded gendered assumptions: the ideal of the disinterested, disembodied scientist was a masculine norm; the division between laboratory and home, or between professional and amateur, was a gendered boundary. Feminist historians showed that institutions were not neutral meritocracies but active gatekeepers that defined who could be a scientist and what counted as scientific work. This framework has remained a living tradition, increasingly intersecting with global and postcolonial approaches.
The Global History of Science (c. 1990–Present) and the Postcolonial History of Science (c. 1990–Present) both challenged the Eurocentrism of earlier institutional histories, but they did so with different emphases. Global historians traced the networks of exchange—of plants, instruments, data, and personnel—that connected institutions across continents. They showed that early modern and modern science was built through global circulations, not just within European academies. Colonial botanical gardens, astronomical observatories in India and South Africa, and survey projects in the Americas were not peripheral outposts but integral nodes in a worldwide system. Postcolonial historians, by contrast, focused more sharply on the power asymmetries and epistemic violence embedded in those networks. They asked how colonial institutions imposed Western categories of knowledge, erased indigenous expertise, and created hierarchies that persisted after independence. While global history often emphasizes mobility and connection, postcolonial history foregrounds domination and resistance. Both frameworks remain active today, often in productive tension with each other and with earlier approaches.
Today, no single framework dominates the historiography of scientific institutions. The most active traditions are Feminist History of Science and Technology, Actor-Network Theory, Cultural History of Science, Global History of Science, and Postcolonial History of Science. These frameworks share a broad agreement that institutions are not neutral containers but active shapers of knowledge—they determine who gets to speak, what methods are legitimate, and which questions are worth asking. There is also a widespread commitment to symmetry (treating all knowledge claims as requiring explanation) and to attending to material practices, not just ideas.
Yet significant disagreements remain. One major fault line concerns the relative importance of material infrastructure versus discursive meaning. ANT and laboratory studies emphasize the material networks that hold institutions together, while cultural historians and some feminist scholars argue that symbolic systems and identities are equally constitutive. Another disagreement revolves around scale: global historians tend to favor large-scale networks and circulations, while postcolonial critics warn that such narratives can obscure local power dynamics and epistemic violence. A third tension is between the universalizing ambitions of earlier frameworks (Mertonian norms, SSK’s causal explanations) and the particularizing tendencies of cultural and postcolonial approaches, which insist that institutions must be understood in their specific historical and geographical contexts.
These disagreements are not signs of fragmentation but of a vibrant field that has learned to ask more nuanced questions. The internalist assumption that institutions are mere backdrops has long been abandoned. In its place, historians now recognize that institutions are both products and producers of scientific knowledge—shaped by social forces and, in turn, shaping what counts as evidence, expertise, and truth. The challenge for future scholarship is to hold together the insights of multiple frameworks: to trace global networks without losing sight of local hierarchies, to analyze material practices without neglecting symbolic meaning, and to remain attentive to the gendered and colonial legacies that continue to structure scientific institutions today.