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Charlotte Froese FischerCharlotte Froese Fischer (b. 1929) is a Canadian-American applied mathematician and computer scientist who gained world recognition for the development and implementation of the MCHF approach to atomic structure calculations and for her theoretical prediction concerning the existence of negative calcium (Physical Review Letters, vol. 59, pp. 2263-2266, 1987). For this last honor, she was elected to fellowship in the American Physical Society. Charlotte Froese Fischer obtained both a B.A. degree, with honors in Mathematics and Chemistry, and an M.A. degree in Applied Mathematics from the University of British Columbia in 1952 and 1954, respectively. She then obtained her Ph.D. in applied mathematics and computing at Cambridge University in 1957 pursuing coursework in quantum theory with P.A.M. Dirac and working under the supervision of Douglas Hartree, whom she assisted in programming the first Electronic Digital Stored program Automatic Computer (EDSAC) for atomic structure calculations. She served on the mathematics faculty of the University of British Columbia from 1957 - 68 where she introduced numerical analysis and computer courses into the curriculum and was instrumental in the formation of the Computer Science Department. The years 1963 - 64 were spent by Froese Fischer at the Harvard College Observatory, where she extended her research on atomic structure calculations. While at Harvard, she was the first woman scientist to be awarded an Alfred P. Sloan Fellowship. Since then she has become internationally known for her software for atomic structure calculations and her research in atomic structure theory. In 1991 she became a Fellow of the American Physical Society, in part for her contribution to the discovery of negative calcium. In 1995 she was elected a member of the Royal Physiographical Society of Lund and in 2004, as a foreign member of the Lithuanian Academy of Sciences. She is the author of over 260 research articles on computational atomic theory, many of which became citation classics for their far-reaching impact in the area of atomic structure calculations. She is currently an emerita research professor of computer science at Vanderbilt University.
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