Telling Instruments


Freiburg Laboratory (Image).

Telling Instruments

By studying the German physiologist and psychologist Hugo Münsterberg’s late-nineteenth- and early early-twentieth-century laboratories in Freiburg and at Harvard University, Henning Schmidgen shows how new instruments encourage the emergence of new scientific facts.

New instruments encourage the emergence of new scientific facts. But this is not the only reason why they are important objects of study in the history of science. At the same time instruments connect what happens in the seclusion of the laboratory with the overall history of culture and technology. Doing justice to both of these aspects requires handling a multiplicity of sources, ranging from scientific articles, to catalogs of instruments, all the way to photographs and museum artifacts. For this purpose the “Experimentalization of Life” research project (former Department III) has set up a “Virtual Laboratory” in the Internet. This site facilitates the digital collection, linkage, evaluation and publication of a wide variety of documents. A new case study illustrates how this environment makes it possible to analyze original photographs of instruments used by the physiologist and psychologist Hugo Münsterberg (1863-1916) to realize a new research agenda in his laboratories in Freiburg and at Harvard.

Hugo Münsterberg (1863-1916) is known above all as a pioneer of applied psychology. Even as late as 1900 most psychologists were still attempting to get to the bottom of the laws of mental life in the laboratory setting. Münsterberg was one of the first to dare the step from experimentation into society. This makes him a key figure in the “Experimentalization of Life,” a development that expanded during the nineteenth century from physiology to ever more disciplines (psychology, linguistics, aesthetics, and so on), before ultimately spreading to other areas of culture (literature, the visual arts, music, and so on). In fact, in numerous publications from the turn of the century on, the Harvard professor had advocated that the findings and practices of psychological laboratory science be applied to economic life, jurisprudence, education and the arts.

Less known is Münsterberg’s role as a creative experimenter and dynamic laboratory director: In 1889 he founded one of the first psychological laboratories in the German-speaking realm, in Freiburg, financed out of his own pocket. Shortly thereafter he accepted a three-year guest professorship and laboratory directorship at Harvard University. After a short interlude back home, in 1897 he returned to Harvard, where he continued working for the rest of his life. Yet even at the beginning of Münsterberg’s career it became apparent that his understanding of psychological science was much broader and more comprehensive than that of most academic psychologists in the German-speaking world.

This can be elucidated in an exemplary fashion on the basis of the setup and equipment of the laboratories he directed. Contemporary photographs show the material culture of these research institutions: In a photograph from 1891 Münsterberg poses with the students and instruments of his Freiburg laboratory; two years later, in 1893, a total of eight shots show the instruments and experiments in his laboratory in Harvard. Although some of these photographs already have been published, here, too, it is worth going back to the source: Only the original prints surviving today can be digitally rendered in such high resolution that it becomes possible to identify precisely the individual instruments depicted.

Within the Virtual Laboratory these mute witnesses are linked with corresponding illustrations from historical instrument catalogs and textbooks, which provide information about their origin, purpose and manipulation. One thing such links reveal is that Münsterberg cooperated closely with a precision mechanic who manufactured the instruments according to his specifications: Hermann Elbs. Besides the laboratory devices for Münsterberg, Elbs also produced measuring instruments for railroad construction—a transport technology which aroused Münsterberg’s interest from the perspective of applied psychology, with regard to aptitude tests for locomotive engineers, among other things. Furthermore, on the basis of these instruments it became possible to concretize the development of new psychological aims: As such, Münsterberg deliberately dispensed with the standard tools of the established psychology of his day, which were oriented primarily toward the investigation of cognitive processes. Using innovative apparatuses for the investigation of the “muscle sense” and “eye measurements” he shifted the focus of his laboratory activities toward the investigation of the “peripheral” processes of muscles and nerves.

Some of Münsterberg’s instruments remain preserved today. Corresponding links lead from the Virtual Laboratory to the Internet presentation of the instrument collection of the Department of the History of Science at Harvard University. Only the synopsis of these different kinds of sources—from flat photographs all the way to the solid objects in the museum—allow the instruments to “speak,” enriching to our understanding of how their material culture contributes to the emergence of new scientific facts.

Further Information

See the details of Münsterberg's Freiburg Lab. Go to Website

For more information on Münsterberg see Henning Schmidgen's essay on: “Münsterberg's Photoplays: Instruments and Models in his Laboratories in Freiburg and Harvard (1891–1893).”

Find out more about the Virtual Laboratory Project. Go to Website

German version of this Research Topic

Printversion of this Research Topic

Research Topics Archive

Bathymetry model of the Strait of Gibraltar ca. 1932, Instituto Español de Oceanografía.
50: The Strait in the Cold War—Deep Science and Global Geopolitics in the Mediterranean
Andreas Ryff, Münz- und Mineralienbuch, 1594. Autograph in possession of the Basel University Library (A lambda II 46a).
49: Mountain Clamor! Resource Flows and Metal Culture in Early Modern Mining
Parades of Miners, Craftsmen, and Officials Marking the Marriage of Friedrich August II, Elector of Saxony, and Maria Josepha, Archduchess of Austria in 1719. Bergakademie Freiberg.
48: Data and Decisions in Early Modern Mines
Transcript of a Bobolink song by Ferdinand S. Mathews (1904), Field Book of Wild Birds and Their Music: A Description of the Character and Music of Birds.
47: Scientific Scores and Musical Ears: Sound Diagrams in Field Recording
School of Athens
46: Early Modern Adaptation of the Aristotelian Mechanics
better shelter
45: Refugee Housing
44: Mapping Climatology
Black Hole Merger
43: One Hundred Years of Gravitational Waves
42: How High Is the Sea?
41: The Renewal of Einstein's Theory of Relativity in the Post-War Era
40: Do Data Have Politics?
39: From Sound to Knowledge
38: Colours and Their Context
37: Is Bigger Better
36: Rooting Language Family Trees
35: Making Genetics Human
34: Galileo's Laboratory of Ideas
33: Historicizing Big Data
32: Ancient Balances at the Nexus of Innovation and Knowledge
31: Looking at Diversity
30: How Recipes Created Knowledge in Early Modern Households
29: Metallurgy, Ballistics and Epistemic Instruments
28: Science under Scrutiny
27: The Globalization of Knowledge and its Consequences
26: Parts Unknown: Making the Familiar Strange
25: Apprehending Human Difference and Population Size
24: Endangerment and Its Consequences
23: The Equilibrium Controversy
22: Art and Knowledge in Pre-Modern Europe
21: Knowledgescapes
20: Baby Science in fin-de-siècle America
19: Let him reconquer language
18: Histories of Scientific Observation
17: On Historicizing Epistemology : an essay
16: Johann Lambert's Conversion to a Geometry of Space
15: The Uncertain Boundaries between Light and Matter
14: Every move will be recorded
13: Courting the Crafts in Qing China
12: The Concepts of Immanuel Kant's Natural Philosophy
11: Jean Piaget and the Child's Spontaneous Geometry
10: Galileo and the Others
9: Historicizing Knowledge about Human Biodiversity
8: Dreaming in and of Neurophilosophy
7: Who Were Einstein's Opponents?
6: Physiology of the piano
5: Numbering Bees
4: New Ways of Using Digital Images
3: Telling Instruments
2: Microscope Slides: An Object of the History of Science?
1: What (Good) is Historical Epistemology?