Frances Wick

Frances Gertrude Wick (October 2, 1875 – June 15, 1941) was an American physicist known for her studies on luminescence.[1]

Frances Wick
Born(1875-10-02)October 2, 1875
Butler, Pennsylvania, U.S.
DiedJune 15, 1941(1941-06-15) (aged 65)
Poughkeepsie, New York, U.S.
NationalityAmerican
EducationWilson College, B.A. 1897
Cornell University, B.A. 1905
Cornell University, M.A. 1906
Cornell University, Ph.D. 1908
Scientific career
FieldsLuminescence
InstitutionsSimmons College
Vassar College
Cornell University

Early life and education

Wick was born on October 2, 1875 in Butler, Pennsylvania. Her father, Alfred Wick, was an oil producer, an innkeeper, and a store clerk. Together he and her mother, Sarah, had seven children. Wick earned her Bachelor's from Wilson College in 1897. After graduation Wick began teaching at the high school she had attended as a student. When preparing to teach a physics class, Wick became interested in physics. In 1904, she decided to leave her job teaching to study physics at Cornell University where she earned a second bachelor's degree in 1905.[1]

While at Cornell, Wick researched luminescence with the chair at the physics department, Edward Nichols, and his former student, Ernest Merritt, both of which were very supportive of women in physics. Another female physics graduate student, Louise McDowell, studied at Cornell at the same time as Frances Wick, and the two became friends and research collaborators.[2][1]

While studying organic compounds for her Master's degree, which she received in 1906, Wick focused on the relation between fluorescence and absorption. Wanting to expand her horizons, but still learn about luminescence, Wick studied the electrical properties of silicon for her doctorate. Wick continued to study the fluorescence of uranium compounds, a project funded by the Carnegie Institution.[1]

Career

After receiving her PhD in 1908, Wick became an instructor of physics at Simmons College. She began teaching at Vassar College in 1910, starting off as an instructor, and becoming an assistant professor in 1915, an associate professor in 1919, and a professor in 1922. Wick became the head of Vassar's physics department in 1939. Wick continued her research on luminescence by studying the luminescent properties of various media such as cathode rays, X-rays, radium rays, heat, and friction.[1] After Nichols's death, the Cornell physics department bequeathed to Wick his collection of natural and synthetic luminescent materials.[3]

Vassar College in 1912

Because Wick worked at small women's colleges, her resources with which to perform research were limited. Therefore, she did research over the summer in other laboratories at General Electric, Harvard University, Cornell University, University of Cambridge, Berlin, and Vienna. Wick twice worked at the Institute for Radium Research, where she conducted research on radioluminescence in Karl Przibram's research group.[4] During World War I, Wick worked on gun sights and radio equipment with the United States Army's Signal Corps where she was likely the first woman scientist hired.[5][1] In the 1918-19 academic year Wick went on a leave of absence from Vassar College to work in the Cornell physics department as an acting assistant.[3]

Throughout her career Wick was active in her support of Wilson College. She worked first as an alumnae trustee from 1925 to 1929, and then from 1931 to her death as an elected member of the college's board of trustees. Wilson College awarded her an honorary Doctorate of Science in 1931.[3]


Affiliations
gollark: Those are, you know, observable verifiable facts.
gollark: So what you're saying is that when something stops being subjective is subjective?
gollark: "Agreed upon" doesn't mean "objective".
gollark: Just because a lot of people say "this music is bad", does not mean that that somehow is an objective property of it.
gollark: It's still subjective even if people agree on it a lot!

References
  1. Harvey, Joyce; Ogilvie, Marilyn (2000-07-27). The Biographical Dictionary of Women in Science: Pioneering Lives from Ancient Times to the Mid-Twentieth Century. Taylor & Francis. ISBN 9780203801451.
  2. Wick, Frances G.; McDowell, Louise S. (1918-06-01). "A Preliminary Study of the Luminescence of the Uranyl Salts under Cathode Ray Excitation". Physical Review. 11 (6): 421–429. Bibcode:1918PhRv...11..421W. doi:10.1103/PhysRev.11.421.
  3. TIMES, Special to THE NEW YORK (1941-06-16). "DR. FRANCES WICK, YASSAR PROFESSOR; Head of College Department of Physics Since '39, Who Joined Faculty 31 Years Ago, Dies NOTED FOR RESEARCHES Worked in U. S. Signal Corps During World War and on Gun-Sight Development". The New York Times. ISSN 0362-4331. Retrieved 2019-01-19.
  4. Rentetzi, Maria (2008). Trafficking materials and gendered experimental practices : radium research in early 20th century Vienna. New York, N.Y.: Columbia University Press. p. 122. ISBN 9780231135580. OCLC 181154594.
  5. Rossiter, Margaret W. (1982). Women scientists in America : struggles and strategies to 1940. Baltimore: Johns Hopkins University Press. pp. 118. ISBN 0801824435. OCLC 8052928.
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