Collections: Physics

A particle physicist educated at Johns Hopkins (PhD, 1965), Stanley S. Hertzbach joined the Physics faculty at UMass Amherst in 1965. Over the course of his career, he took part in high-energy experimental work at Brookhaven National Laboratory, the CERN hadron collider, the Cornell electron synchrotron, and beginning in 1979, at the SLAC National Accelerator Laboratory (Stanford Linear Accelerator Center). With his colleague Richard Koffler, Hertzbach joined the SLD collaboration at SLAC in 1986 studying Z particles, and the BaBar (B Meson) group in 1994. A major contributor to the SLD “beamline group,” Hertzbach took part in the BaBar calorimeter beam test and in testing of its calorimeter modules. He was an active member of the SLD advisory group and chaired the SLAC Users Organization (SLUO) in the 1990s. Hertzbach’s contributions to UMass included service on several committees relating to student achievement, including a stint as Undergraduate Advising Dean of the College of Natural Sciences and Mathematics. Hertzbach retired from UMass in 2009.

The Hertzbach collection consists of two distinct parts: six laboratory notebooks kept while conducting research at SLAC (1987-2002), and approximately 0.5 linear feet of records from university committees on which Hertzbach sat (e.g. the Space and Calendar, 1977-1983).

David R. Inglis enjoyed a distinguished career in nuclear physics that ranged from theoretical work on the structure of the nucleus in the 1930s to the development of the atomic bomb in the 1940s and work on renewable energy in the 1960s and 1970s. A Professor of Physics at UMass from 1969-1975, Inglis was a founding member of the Federation of American Scientists and from the mid-1940s on, he dedicated himself to informing public policy on the dangers of nuclear technologies.

The Inglis Papers offer a perspective on the life and career of a theoretical physicist who grew from an early involvement in the Manhattan Project to becoming a committed critic of nuclear weaponry and nuclear power. Although the collection is relatively sparse in unpublished scientific work, it includes valuable correspondence relating to Inglis’s efforts with the Federation of American Scientists and other organizations to influence public policy on issues relating to disarmament and nuclear power.

An authority in the field of low-temperature physics and superconductivity, Ernest A. Lynton was brought to UMass Amherst in 1973 to serve as the first Vice President for Academic Affairs and Commonwealth Professor of Physics. Lynton was charged with diversifying the student body and broadening the curriculum to emphasize social issues. Born in Berlin Germany in 1926, Lynton received a doctorate in physics from Yale in 1951. He served in his administrative post until 1980, when he took a position as Commonwealth Professor at UMass Boston.

Centered largely on Ernest Lynton’s teaching, the collection contains lecture notes and handouts for Physics courses (Physics 107, 171, Concepts in Physics, Thermodynamics, Statistical Physics), a copy of his dissertation Second Sound in He3-He 4 mixtures, and copies of his book on superconductivity in English, German, and French editions.

Born in Gomel, Russia in 1912, Lazar Mayants earned a PhD in chemistry (1941) from the Karpov Institute for Physical Chemistry and a Doctor of Science in physics and mathematics (1947) at the Lebedev Institute for Physics (FIAN), both in Moscow. With primary research interests in theoretical molecular spectroscopy, applied linear algebra, quantum physics, probability theory and statistics, and the philosophy of science, he began his career as Professor and Chair of the Theoretical and General Physics Departments at Ivanovo, Saratov, and Smolensk Universities in Russia. Mayants came to University of Massachusetts Amherst in 1981 as a visiting professor, becoming an Adjunct in 1987. He taught at UMass for over six years, often forgoing a paycheck as a result of decreased funding in the sciences. He remained in Amherst until his death in November 2002.

The Mayants Papers are comprised of professional correspondence, drafts of articles, personal and financial records, and notes for research and teaching. Mayants’s dissertation from the Lebedev Institute for Physics is also included with the collection.

A solid state physicist, Claude M. Penchina joined the faculty at UMass Amherst in 1965, one year after completing his doctorate at Syracuse and a postdoctoral fellowship at the University of Illinois. A productive researcher and prolific author, his research centered on opto-electronics, but over the years, he also contributed to fields as diverse as physics education, transportation research, and pediatrics.

The Penchina collection includes a range of correspondence, lecture notes, grant proposals, and manuscripts, reflecting every phase of Penchina’s career from graduate school through retirement. The collection includes valuable research notes and communications with other physical scientists, as well as a large quantity of material relating to Penchina’s interest in undergraduate education.

John D. Strong was a professor of Physics and Astronomy from 1967 to 1975 and served as the head of the laboratory of astrophysics and physical meteorology. Strong, one of the world’s foremost optical scientists, was known for being the first to detect water vapor in the atmosphere of Venus and for developing a number of innovations in optical devices, ranging from improved telescope mirrors to anti-reflective coatings for optical elements and diffraction gratings. Born in Riverdale, Kansas in 1905, Strong received degrees from the University of Kansas (BA 1926) and the University of Michigan (M.S., 1928, Ph.D., 1930). After twelve years at CalTech and wartime research at Harvard on infrared systems, Strong became professor and director of the Astrophysical and Physical Meteorology Laboratories at Johns Hopkins University in 1946, where, among many other projects, he conducted research on balloon astronomy for the Office of Naval Research (ONR). Strong published hundreds of papers throughout his career and was author of Procedures of Experimental Physics, a standard physics textbook for many years. Strong served as president of the American Optical Association in 1959 and patented numerous inventions for optics in spectroscopy as well as golf (see US Patent no. 3720467). Strong passed away in 1992.

The Strong Papers contain forty years of research notebooks in experimental physics (1930-1970) centered on Strong’s years at Johns Hopkins (1946-1967), along with correspondence, printed publications by Strong for the ONR, and manuscripts for several textbooks (though lacking material on Procedures of Experimental Physics). Strong’s balloon work is documented by diagrams in his lab books and photographs of the Stratolab at John’s Hopkins, and an oral history of his life was made by the Smithsonian’s National Air and Space Museum in 1985, a transcript of which is included in the collection.