It Takes a Village: Documenting the Contributions of Non-Scientific Staff to Scientific Research

Science, especially large-scale basic research, is a collaborative endeavor, often drawing on the skills of people from a wide variety of disciplines. These people include not just scientists, but also administrators, engineers, and many others. Fermilab, a Department of Energy National Laboratory and the United States’ premier particle physics laboratory, exemplifies this kind of research; many of its high-energy physics experiments involve hundreds of collaborators from all over the world. The Fermilab Archives seeks to document the history of the lab and the unique scientific research its staff and visitors perform. Adequately documenting the lab’s work often requires us to go far beyond things like the writings and correspondence of scientists to also capture the administrative and social histories of the experiments and the context in which they were performed. At Fermilab, we have sought to capture these elements of the lab’s activities through an oral history program that focuses on support staff as well as physicists and collection development choices that recognize the importance of records documenting the cultural life of the lab. These materials are not merely supplementary, but rather essential documentation of the many types of labor that go into the planning and execution of an experiment or the construction of an accelerator and the context in which this work is performed.

💡 Research Summary

The paper “It Takes a Village: Documenting the Contributions of Non‑Scientific Staff to Scientific Research” presents a comprehensive case study of how non‑scientific personnel have been integral to the success of large‑scale basic research at Fermilab, the United States’ premier particle‑physics laboratory. While the traditional narrative of scientific discovery focuses on physicists, engineers, and the data they produce, the authors argue that a full understanding of any major experiment or accelerator project requires documentation of the administrative, technical, artistic, and support staff whose work underpins the scientific output.

The authors trace Fermilab’s history from its 1967 founding, when the campus was a collection of houses known as “The Village,” through its evolution into a world‑class research facility with experiments involving thousands of collaborators. Early records already show a diverse workforce: telephone operators, drivers, librarians, artists, photographers, nurses, food‑service managers, accountants, purchasing agents, maintenance crews, construction inspectors, and public‑information officers. The paper emphasizes that even at this nascent stage, the laboratory’s operations depended heavily on these roles.

Fermilab’s History and Archives Office, established in 1977 under the direction of the first director Robert R. Wilson, has pursued a dual strategy of collecting both traditional documentary evidence (correspondence, logbooks, media clippings, artwork, websites) and oral histories that capture the lived experiences of non‑technical staff. The Archives now holds roughly 2,000 linear feet of physical material and about two terabytes of digital content, stored across on‑site and off‑site facilities.

A central claim of the article is that titles and organizational charts alone are insufficient to reveal the true contributions of staff members. For example, long‑term administrative assistants in the Directorate have witnessed the evolution of projects, the pressures faced by different divisions, and the informal decision‑making processes that are rarely documented in official records. Their institutional memory includes details such as who initiated a particular experiment, why new positions were created, and how interpersonal dynamics shaped outcomes. The authors provide vivid anecdotes: an assistant who could spot typographical errors in complex equations because of her familiarity with the content, and another who was consulted by directors for advice on personnel matters due to her deep knowledge of individual personalities and past precedents.

Technical non‑scientists, especially programmers and computing administrators, are also highlighted. The paper describes how early data‑taking software was co‑developed by physicists‑turned‑programmers and how “on‑the‑ground” programmers collaborated closely with experimental teams to tailor software for data acquisition and analysis. Oral histories reveal the shifting role of computing at Fermilab, from a peripheral service to a central pillar of experimental physics.

The authors situate these findings within the broader trend of ever‑larger collaborations: the 1977 E‑288 discovery involved 16 people, the 1995 CDF and DZero discoveries involved about 450 collaborators each, and the 2012 Higgs‑boson discoveries at the LHC involved roughly 3,000 participants per experiment. As projects scale, the administrative and cultural infrastructure becomes increasingly complex, making the documentation of non‑technical staff essential for reconstructing the full history of scientific endeavors.

Beyond operational support, the paper underscores the cultural dimension of Fermilab’s environment. The laboratory maintains an active arts program, lecture series, galleries, and numerous clubs, many of which are organized or facilitated by non‑scientific personnel. Recording these activities is crucial for understanding how workplace culture, gender dynamics, and broader social contexts influence scientific work. For instance, an administrative assistant recounted observations about the challenges faced by women scientists and administrators in being heard during meetings, offering a perspective that would be absent from scientific publications alone.

In conclusion, the authors argue that preserving the records and oral testimonies of non‑scientific staff is not a supplementary task but a core component of scientific historiography. Their approach demonstrates that a comprehensive archival strategy—combining traditional documents, digital artifacts, and systematic oral history—provides a richer, more accurate picture of how modern, large‑scale science is actually conducted. This model, they suggest, should be adopted by other archives documenting contemporary STEM research to ensure that the “village” behind the science is fully recognized and remembered.