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The research laboratory at General Electric was the launching pad for some of Vincent Schaefer's most pivotal scientific work. This series contains research notes, photographs, reports (published and unpublished, internal and external), and correspondence relating to all of his more famous experiments as well as a range of lesser-known work accomplished during his years at the G.E. Research Laboratory in Schenectady. The materials cover topics such as smoke/artificial fog generation, surface chemistry, studies of ice and snow particles, and early cloud seeding. The series is divided according to areas of specific interest to Schaefer as well as correspondence and publications.

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The formation and behavior of snow and ice crystals were a lifelong interest of Schaefer's, and in his time at General Electric he was able to focus on the subject during the World War II years as ice related to the safety of U.S. Air Force planes. Schaefer and Irving Langmuir's interest in that topic grew as a result of their World War II-era contract work with the military, and the experiments they conducted after the war's end led directly to their Project Cirrus contract in 1947—an undertaking so extensive that their work in that area merited its own series in this collection. Much of their foundational work in snow and ice composition and behavior was grounded in observations and experiments conducted on Mount Washington in New Hampshire. Schaefer discovered during this time that ice crystals and snowflakes could be captured and observed using Formvar plastic. Using this method, he documented very specific data about ice and snow before creating some of the first replicas of specific snowflake shapes. The work of Schaefer and his colleagues regarding ice research includes handwritten notes, drawings, charts, photographs, reports, and correspondence specific to ice, snow, and Mount Washington.

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The inspiration for Schaefer's work with cloud seeding began during his experiments with Irving Langmuir during World War II. At that time they were under contract with the military for other weather-related reasons, but their research led them to wonder about the possibilities of controlling weather beyond military needs. Schaefer accomplished some of his most important foundational work with cloud seeding in 1946, before General Electric joined in another contract with the U.S. Navy, Air Force, and Army Signal Corps. These records document some of Schaefer's initial work with cloud seeding, before the official birth of Project Cirrus. Researchers will also find about a dozen files on Project Blowdown, a cloud seeding operation conducted in Honduras to aid the United Fruit Company.

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Schaefer's correspondence files are arranged alphabetically by subject. They include letters sent and received by Schaefer as well as some to and from Irving Langmuir. Schaefer also retained letters that were to and from others at General Electric but carbon copied to him. While most of Schaefer's letters came to the archives grouped in large, general batches, some were retained separate from the larger groups. The archivist kept that arrangement, which is why certain letters are foldered individually or in very small groups while the majority of this subseries is simply categorized as "general".

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These are reports and articles written by Vincent Schaefer that did not directly cover work done through Project Cirrus. Many are from his early days at General Electric when he was still a research assistant, covering topics such as surface chemistry. Any articles co-written by Schaefer and his colleagues are included in this subseries. Some articles and reports do discuss early cloud seeding issues but do not appear to be directly related to Project Cirrus. When in doubt, the archivist looked for credits or acknowledgements to the U.S. military to help determine how a certain article or report should be categorized. Please note that many of the articles are reprints, which are reflected in the folder dates. Some folders also include manuscripts of the published articles or reports, which is indicated in the folder title.

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In 1952, General Electric published its own "History of Project Cirrus", compiled by Barrington Havens of G.E.'s public relations department. In his introduction, he writes that "[Project Cirrus] was very complex, with a number of subdivisions associated with the main activity. Some of these subdivisions ran consecutively, some operated in parallel, and others intertwined or branched off in variously divergent directions." This preface is relevant to Schaefer's own collection of materials because the "intertwined" nature of Cirrus itself, as well as its roots in Schaefer and Langmuir's previous work, sometimes made it difficult for the archivist to separate Project Cirrus documents from materials that related to cloud seeding efforts but were not strictly part of the work done under the government contract that defined Project Cirrus.

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These are the articles and reports dealing specifically with Project Cirrus-related matters. Some are direct reports to the government regarding progress made while others were published in research journals for purposes of letting the outside world know what the Cirrus team was accomplishing. The subseries includes some drafts as well as the finished products. Researchers might find General Electric's "Project Cirrus: The Story of Cloud Seeding" (Nov. 1952) and Barrington Havens' "History of Project Cirrus" (1952) to be particularly useful summaries.

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Vincent Schaefer's first contact with the Munitalp Foundation came in the early 1950s around the time that Project Cirrus was winding down. The day-to-day routine in the research lab at General Electric was changing from the way it was in the days of Willis Whitney, so in 1951 Schaefer began scaling back his hours at G.E. to collaborate with Munitalp's board of trustees. By 1954, Schaefer was ready to make a complete break from G.E. to become Munitalp's director of research.

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The subject files feature a variety of materials that supplement Schaefer's Munitalp research documents, such as ephemera from some of his many travels, conference brochures, and weather research activities of groups not affiliated with Munitalp. This subseries also includes administrative files such as personnel information, grant writing endeavors, and budgeting, which are reflections of Schaefer's role as director of research. There are also photographs of Schaefer and colleagues, non-Skyfire research projects, travels in and out of the United States, and more generic subjects such as research equipment.

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Schaefer's connection with the University at Albany began in 1959 when the school was still known as the New York State Teachers College, located in downtown Albany. When Schaefer began the highly successful Atmospheric Physics Program via the Loomis School in Connecticut, he attracted the attention of Dean Oscar Lanford and President Evan Collins of the New York State Teachers College. They asked Schaefer to come teach at their Albany school, and within his first year as a faculty member, the idea for the Atmospheric Sciences Research Center (ASRC) was born. Officially established in February 1961, it was originally located in the old General Electric hangar at Schenectady Airport. Although the former New York State Teachers College expanded to the current uptown Albany campus in the mid-1960s, officially becoming the University at Albany, State University of New York, the ASRC remained centered in Schenectady at that time. Meanwhile, the Atmospheric Physics Program that began at the Loomis School shifted to Albany to be under the sponsorship of the ASRC, where it became the Natural Sciences Institute (NSI). However, since the program's roots were not originally with the ASRC and University at Albany, those records comprise their own series within this collection (Series #5).

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This subseries includes reports and publications by Schaefer, his colleagues at the ASRC, and colleagues from other institutions who worked closely with Schaefer and occasionally collaborated with the ASRC. Names from the latter group will sound familiar from Schaefer's consulting materials, such as Wendell Mordy and Paul MacCready. Topics range from annual ASRC reports, to solar energy work, to particle studies and more. Some documents are official reprints of articles while others are handwritten manuscripts or typescripts.

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Schaefer donated many films to the archives that are related to his work at General Electric, Munitalp, and the Atmospheric Sciences Research Center/University at Albany, SUNY. There are also some reels that document his consulting work as well as a few that cover personal interests such as hiking. Films vary between 16 millimeter and 35 millimeter, with an emphasis on the latter. Some footage is black and white while other footage is in color. There were some film containers that arrived at the archives with two ID numbers on them; using Schaefer's own list, the archivist made every attempt to follow the creator's original numbering system. Due to time constraints on processing as well as the delicate nature of the film reels, most of the footage has not yet been viewed by the archivist. Please also note that the film titles are taken directly from Schaefer's own labels, which is why many are abbreviated.

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The Vincent J. Schaefer Papers represent the professional accomplishments and personal interests of the scientist who discovered cloud seeding. Schaefer spent more than 20 years with General Electric in Schenectady, New York, working his way up from apprentice, to research assistant, to research associate. In those years he was mentored by Irving Langmuir, Nobel Prize winner in chemistry. The work Schaefer did at General Electric laid the foundation for further success as he became director of research for the Munitalp Foundation, began a highly successful summer science program for high school students, acted as an independent consultant, and founded the Atmospheric Sciences Research Center at the State University of New York at Albany. This collection contains research data, notes, correspondence, publications, and photographs that showcase Schaefer's long, industrious scientific career as well as highlighting his many hobbies in local history and environmentalism.