Remastered 1964 films show origins of SLAC
Remastered 1964 films show origins of SLAC
A pair of 1964 films detailing the construction of Stanford Linear Accelerator Center, later renamed SLAC National Accelerator Laboratory, were recently remastered and are now available for viewing on YouTube thanks to a partnership between the films’ producer, J. Douglas Allen, and the SLAC Archives, History & Records Office.
The films provide a fascinating look back at the origins of SLAC and the history of particle physics in the United States. At the time of the production, SLAC was the largest civilian basic science project ever undertaken in the United States. The site where it was being built, along Sand Hill Road in Menlo Park, California, was then largely orchards and pasture. Today the region is known as Silicon Valley and considered an unparalleled cradle of innovation.
“The Worlds Within” runs a little over 22 minutes and describes the Stanford linear accelerator’s purpose, development and early construction. Today SLAC is part of the U.S. Department of Energy, but in those days it fell under the jurisdiction of the Atomic Energy Commission, and a letter asking the AEC for permission to produce the film stated, “The general objective of the film would be to make the purpose and nature of the project clear to non-technical audiences.”
“Fabricating the Linear Accelerator” runs about 41 minutes and documents everything that went into making each of the 240 40-foot modules that comprised the original 2-mile-long linear accelerator. (About one-third of the accelerator was removed in 2017 to make way for a major upgrade, but the remaining two-thirds still operates today.)
Filmmaker J. Douglas Allen produced a number of films for Stanford in the 1960s and still lives near campus in Menlo Park. After a friend of his happened upon a low-quality copy of “Fabricating the Linear Accelerator” on YouTube, Allen reached out to SLAC to say he had master copies he could offer. SLAC’s Archives, History & Records Office responded and worked with him to turn his 16 mm film prints to new digital masters in full HD quality.
“The archives office was very excited to digitize this historic 16 mm film footage when Doug offered it to us,” said SLAC archivist Dorothy Leung. “We had various cuts in the archives but not the first answer print.”
Allen certainly didn’t set out to work on films about building particle accelerators. He grew up on a ranch in Texas, and after attending Stanford as an undergraduate he went into the Navy and became a pilot. Aviation became his lifelong passion, but he returned to Stanford for business school, and after completing his MBA was awarded a one-year fellowship to the Nuffield Foundation’s Unit for the History of Ideas in London. The fellowship allowed him to combine his interests in geography, flight and photography and study the British documentary craft amongst leading filmmakers of the time.
When he returned to Stanford, he made a few films for the University Relations Office. A neighbor who worked in public affairs at SLAC, Doug Dupen, approached him about signing on with a project that was planning to make films about the lab. Allen billed hourly for his time and had no real crew; he did all the filming and editing himself. An authorization request letter to the AEC estimated a total budget of about $10,000, an amount that would be roughly $84,000 today.
The script was drafted ahead of production, and correspondence shows that even at that time, the prospect of explaining SLAC’s science to the public was a challenge. A letter from SLAC’s Bill Kirk diplomatically notes, “Some few technical facts are not quite correctly put, and we shall probably have a local argument about several statements that might be felicitously phrased.”
Using an Arriflex 16 mm camera, Allen recorded luminary physicists of the time, like SLAC founding director W. K. H. Panofsky and accelerator pioneer Edward L. Ginzton, as well as each individual stage in the process of fabricating a section of the 2-mile linear accelerator.
“I remember being impressed by the size of the project and the technical detail that went into making it,” Allen recalls.
He would go on to devote most of his career to his interest in aviation, making films for the Hiller Aircraft Company, Evergreen Helicopters, Gates Learjet Corporation and many others, but he still recalls the SLAC project fondly. He became close personal friends with Sigurd Varian, a fellow aviation enthusiast who co-invented the klystron technology that power the linear accelerator with his brother, Russell Varian. Allen still has a lamp made from a piece of the accelerator structure in his living room (shown sitting beside him in the photo on the right).
Though the films reflect how much has changed over the past half-century, “Worlds Within” ends with a line that shows how SLAC’s fundamental pursuits endure. The narrator states, “Knowledge, and the fundamental understanding of nature. Products of the greatest quest in man’s history: to search for truth. To forge new paths into the minute jungle, so small that most of it has not yet been conceived in the minds of man.”
For questions or comments, contact the SLAC Office of Communications at firstname.lastname@example.org.
SLAC is a multi-program laboratory exploring frontier questions in photon science, astrophysics, particle physics and accelerator research. Located in Menlo Park, Calif., SLAC is operated by Stanford University for the U.S. Department of Energy's Office of Science.
SLAC National Accelerator Laboratory is supported by the Office of Science of the U.S. Department of Energy. The Office of Science is the single largest supporter of basic research in the physical sciences in the United States, and is working to address some of the most pressing challenges of our time. For more information, please visit science.energy.gov.