Shurcliff was the son of landscape architect Arthur Asahel Shurcliff and Margaret Homer Shurcliff (née Nichols). He received his BA cum laude in 1930, a PhD in physics in 1934, and a degree in business administration in 1935, all from Harvard University. In the 1930s he worked at the Spectrophotometric Laboratory at the Calco Chemical Division of the American Cyanamid Company.
In 1942 he joined the staff of the Office of Scientific Research and Development, where he worked in the Liaison Office, processing technical information obtained from overseas and routing it to divisions within US government research where it could be useful. In May 1942 he was chosen by his boss, Vannevar Bush, to be part of S-1 Section, which would become the Manhattan Project to make the atomic bomb. Shurcliff's role was specifically to be a censor of patents: he would review patent applications from the private sector which appeared to impinge on topics being developed in secret by the government, and put them under temporary secrecy orders. As he put it, his job was to『locate, examine, and make secret all non-gov’t-controlled U.S. patent applications related to S-1 (the atomic bomb).』Through October 1944, he "put to sleep" (as he put it) at least 131 patent applications from 95 separate inventors.[1]
He later served as an assistant to Richard Tolman, another physicist working on the Manhattan Project, helping to copyedit the Smyth Report, the first official history of the Manhattan Project. In 1946, he serve as the official historian to Operation Crossroads, the first postwar nuclear test series.
In the late 1940s, he worked for Polaroid Corporation, where "he worked extensively in optics, held more than 20 patents and refined the automatic-focus slide projector."[2]
In 1962 Harvard University Press published Polarized Light: Production and Use which made an extensive review of the subject and included thirty pages of enumerative bibliography. Two years later The Commission on College Physics teamed Shurcliff with Stanley S. Ballard to write a text on polarized light suitable for college study. The bibliography was reduced to a single page and a reviewer noted the "straightforward, conversational style" and that "The treatment is mostly nonmathematical but touches on electromagnetic theory, the Poincaré sphere, Stokes vectors and Mueller matrices with great clarity."[3] The bibliography was later republished in an anthology.[4]
^Shurcliff, William A.; Ballard, Stanley S.; Page, Thornton (1965). "Polarized Light". American Journal of Physics. 33 (7). American Association of Physics Teachers (AAPT): 590. Bibcode:1965AmJPh..33..590S. doi:10.1119/1.1971972. ISSN0002-9505.
