UTSIC Website Active!

I’m pleased to announce that the University of Toronto Scientific Instruments Collection Website is now active! The first post is an essay, “A Short History of the University of Toronto Scientific Instruments Collection, written by Erich Weidenhammer (IHPST, University of Toronto) & Michael Da Silva (University of Toronto Faculty of Law). The post is a reprint of the original article, published in the “Opinions” section of Spontaneous Generations vol 4, no.1 (2010) 255-261.

UTSIC has lots planned for contextualizing the various instruments in the collection and breathing life into their stories (of the historical past). Posts on the homepage will provide a narrative overlay about the UTSIC collection, the instruments, as well as the institutional history of science and technology at the University of Toronto.

 

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UTSIC

In this blog post, I want to share one of the projects I’ve been involved with: The University of Toronto Scientific Instruments Collection (UTSIC), a volunteer project at the Institute for the History and Philosophy of Science and Technology, to catalogue, collect, and maintain all of the university’s scientific instruments collection.

Several graduate students who are involved with UTSIC, myself included, participated in the “Reading Artifacts” workshop at the Canada Science and Technology Museum last August (which I’ve detailed in a previous post). There, we were taught how to “read” artifacts. By inspecting and examining artifacts such as a 1950s Hoover vacuum, a radiosnode, and an anatomy model, it became clear that an evaluation of an artifact, combined by a study of its textual and visual representations, can create an enriched three-dimensional model of an abstract historical idea.

For artifacts to gain their prominence as historical sources in their own right, universities need to consider the importance of permanent university-wide collections for scientific instruments. Over many years of distinguished scientific research, the University of Toronto’s science departments have accumulated large numbers of historically significant scientific instruments, some even dating back to the early nineteenth century. Besides being historically valuable, these instruments are vital to both the institutional history of the University, as well as to history of science.

Since the late 1970s, attempts have been made to organize a university-wide collection at the University of Toronto. To date, many of these attempts have either passed or failed over time. As a result, while certain instruments are very well displayed and cared for within particular departments, others are all but forgotten and very poorly stored. Sadly, many have been discarded or lost over the years.

The Galvanometer Case, "Toronto Electrical Exhibition!"
The Galvanometer Case, "Toronto Electrical Exhibition!" (Photo from UTSIC collection)

UTSIC brings in a new initiative for encouraging a collective link between departments to establish a university-wide collection. Founded by several graduate students and interested faculty at the Institute for the History and Philosophy of Science and Technology, UTSIC is largely a collective effort to catalogue and preserve University of Toronto’s instrument collection. The goal is to build a stable interdisciplinary community at the university dedicated to ensuring that these instruments are made available for study and teaching.

UTSIC has proved to be a promising initiative, having succeeded with numerous projects in its first year. The central focus of UTSIC has remained to produce a “living collection” through the creation of an online catalogue containing current, up-to-date information of all scientific instruments at the university. The catalogue is in its final phases and will be ready to go live by fall. We also hope to build an interactive blog to connect with other researchers and students to engage in fostering dialogue on collections and instrumentation.

Close-up of the Medical Electricity Case. Left: High-Frequency Electro-Medical Apparatus (Wappler Electric Co. Inc.) Right: Home Medical Apparatus with Dry Cell Battery and Coil (Manhattan Electrical Supply Company - MESCO) (Photo from UTSIC collection)

Cataloguing is only one of our goals. We have also applied some of the skills learned at the “Reading Artifacts” workshop on displaying and exhibiting, creating not one, but two (!) museum-style exhibits during the year. The first, titled “Through the Looking Glass: Observing and Experimenting in Practice” coincided with IHPST’s celebratory conference on Charles Darwin’s The Origin of Species in November 2009. Optical instruments of all sorts were displayed on the third floor of Victoria College during the duration of the conference. The second, “The Toronto Electrical Exhibition!” included numerous turn-of-the-century electrical instruments and is still currently displayed. During May 2010, the exhibit was showcased during the 6th Annual Graduate Conference at IHPST and the 4th Annual Models and Stimulations Philosophy Conference.

The Lighting Case: Light Bulb attached to Variable Resistance Coil, Bulbs in Parallel Circuit (Photo from UTSIC collection)

I’m sure the second year of UTSIC will be just as amazing. To get involved with the project, drop us a line at utsic@utoronto.ca, or follow us on twitter: @utsic.

The complete photo collection of the “Toronto Electrical Exhibition!” exhibit is available on Picasa.

Exploring Instruments: “Deafness in Disguise” Collection

In 1993, historian A.J. Turner remarked that “[a]though studying instruments as part of science is an old pursuit, writing the history of scientific instruments is new.” Writing on the history of medical instruments is even newer, for since the 1990s, there has been a remarkable explosion of scholarship on the history of medical instrumentation. But what exactly is medical instrumentation?

As the standard on the general history of medical technology, Stanley J. Reiser’s 1978 Medicine and the Reign of Technology provides a seminal study on the history of early diagnostic instruments, as they were understood by medical practitioners from the seventeenth century, to modern computation instruments. In addition to outlining factors that influence cultural development–including philosophy and religion, economic and political systems, and social and cultural values–Reiser expresses his concern on how the growing supremacy of technology has led to the increasing alienation between physician and patient. For Reiser, this is one of the most serious consequences of technology in medicine, and he focuses his evaluation of the use of instruments to examine how the construction and design of an instrument can increase the alienation.

In her 1981 Medicine and its Technology: An Introduction to the History of Medical Instrumentation, Audrey Davis shifts away from the strictly physician-patient perspective of instruments and examines how social attitudes determined the acceptance and shaping of modifications essential for evolving the design and use of instruments. To Davis, technology becomes just another element in the social, political, and economic design of medicine, just as ideas of disease, professionalization, and institutions have shaped the use of instruments in practice.  By the late 1990s, scholars studying the history of medical technology generally accepted Davis’ claim that making instruments the subject of historical analysis largely depends on evaluating the acceptance and use of those instruments within prevailing conditions and the social and cultural factors that impinge on the technology.

The bottom line? Much historical relevance can be retrieved from a closer examination of an instrument beyond its life history, and further, the instrument itself can provide analytical evidence for the social contexts surrounding its historical period. John Pickstone, for instance, argues that innovative trends in medicine may reside and reveal economic patterns of growth, supply and demand. The development and use of an instrument can in part, be justified by economic rationality, especially as medicine was a very peculiar market.  The cost of building instruments for diagnosis would have affected a practitioner’s decision to use an instrument in his practice; of course, at the same time, its positive reception would have benefited the practitioner’s practice.

With these views in mind, two Augusts ago I visited the Deafness in Disguise exhibit at the Becker Medical Library at Washington University School of Medicine in St. Louis. I had just started thinking about my PhD project and was looking for some sense of direction; while researching for my paper on John Harrison Curtis for my Fundamentals on the History of Medicine class, I came across the website, which contained an image and description of one of Curtis’ acoustic chairs. Searching through the site, I became enamored with the various instruments and devices used in the seventeenth to early twentieth centuries to aid and disguise hearing loss. Having worn hearing aids most of my life, I also became curious about how individuals designed, chose, and wore these (sometimes funny-looking) instruments.

Thus, the first research trip of my PhD career (and research grant–thanks, IHPST!) was to St. Louis to examine the instruments in person. Like many collections I’ve come across later, many of the glorious artifacts were not out on display, but rather boxed and stored away. Nevertheless, I managed to examine some of the most interesting artifacts and began to think about the connections between these artifacts and my ideas on the social construction of deafness in relation to medicine during the early nineteenth century.

Launched in 2002, the Deafness in Disguise exhibit was originally a collaborative project between Central Institute for the Deaf (CID) and the Washington University School of Medicine Bernard Becker Medical Library. The exhibit consists of hearing devices, archival material, and rare books from each of the collection, and much of the devices are now

Floral Aurolese Phone, image from the Deafness in Disguise Exhibit

digitized on the exhibit’s website, easily accessible by keyword search. I saw the gorgeous Floral Aurolese headband (right), which was made by a F.C. Rein around 1802. The phone still shows its original colors and apparently provided a solid acoustic benefit to its wearer (up to 10dB over limited frequency range). Over 200 years old, this device still shows its original white and green paint. Despite its fragile appearance and small size, the Aurolese Phone provided an acoustic benefit up to 10 dB over a limited frequency range and was appropriate for a person with a mild hearing loss. This was one of my favorite artifacts, and coming from a background in fashion, I couldn’t help but imagine how the fancy bouffant hairdos commonplace at the period could have perfectly hidden the band and ear insert, leaving just the beautiful flower exposed. Of course, this particular hearing artifact would have most likely appealed only to the rich and aristocratic.

I have so much to say about many wonderful artifacts in this collection, but I think this post is becoming far too long. I’ll reserve a post on how my observations of the collection, combined with my lessons from the Reading Artifacts workshop, shaped my thoughts on deafness and Foucault’s (overused?) concept of technologies of normalization. For now, thank you Dear Reader, for putting up with a very long post!