Cultural History of Science

Cultural History of Science is a field of historical inquiry that treats scientific knowledge not as the progressive accumulation of neutral facts but as a set of practices, institutions, and concepts shaped by the cultural contexts in which they develop. Distinguished from both internalist history of science (which traces the logic of scientific ideas) and externalist sociology of science (which emphasizes social determinants), cultural history of science asks how categories of inquiry, standards of evidence, and conceptions of nature are constituted by — and in turn constitute — the broader cultural formations in which science is embedded.

The field draws on Thomas Kuhn's argument that scientific knowledge is organized into paradigms — frameworks of assumption, method, and vocabulary that shape what counts as a problem, what counts as a solution, and what counts as evidence. Kuhn's contribution was to show that the history of science is not a linear progression toward truth but a succession of such frameworks, each internally coherent and each replaced by revolution rather than gradual accumulation.

Key Themes

The cultural history of science investigates several recurring patterns. The demarcation problem — what separates science from non-science — turns out to be culturally variable: the boundaries of legitimate inquiry shift with social contexts, institutional interests, and available instrumentation. The category of "the natural" is itself historically produced: what counts as natural versus artificial, normal versus pathological, has differed dramatically across cultures and centuries. See Scientific Realism and Philosophy of Science for the philosophical stakes.

Scientific objects — the electron, the gene, the unconscious — are not simply discovered but configured through the interplay of theory, instrument, and social organization. Lorraine Daston and Peter Galison's work on objectivity traces how the very concept of what it means to observe scientifically has changed: from "truth-to-nature" (the idealized type) to "mechanical objectivity" (the unmediated record) to "trained judgment" (the expert eye). Each standard arose from specific cultural anxieties about the reliability of human observation. See Epistemology and History of Observation.

Contested Terrain

The cultural history of science has been criticized for sliding from the claim that science is shaped by culture (uncontroversial) to the claim that scientific truth is relative to culture (hotly contested). The Science Wars of the 1990s were fought partly over this slippage. The field's best practitioners — Daston, Galison, Steven Shapin, Simon Schaffer — do not claim that DNA is a cultural construction in the same sense that a painting is; they claim that what it means to study DNA, what questions are asked, what answers are considered satisfying, and who gets to practice science are all culturally shaped. This claim is compatible with scientific realism and more productive than either naive scientism or radical constructivism.

Science does not take place outside culture. The fiction that it does is itself a cultural achievement — one that required extraordinary effort to produce and that serves specific interests in maintaining.