Irene Kaminka Fischer (born July 27, 1907, in Vienna, Austria, died October 22, 2009, in Boston) was an Austrian-American mathematician and geodesist. She was a member of the National Academy of Engineering, a Fellow of the American Geophysical Union, and inductee of the National Imagery and Mapping Agency Hall of Fame. Fischer became one of two internationally known women scientists in the field of geodesy during the golden age of the Project Mercury and the Apollo program. Her Mercury datum (or Fischer ellipsoid 1960 and 1968), as well as her work on the lunar parallax, were instrumental in conducting these missions. "In his preface to the ACSM publication, Fischer's former colleague, Bernard Chovitz, referred to her as one of the most renowned geodesists of the third quarter of the twentieth century. Yet this fact alone makes her one of the most renowned geodesists of all times, because, according to Chovitz, the third quarter of the twentieth century witnessed "the transition of geodesy from a regional to a global enterprise."
Early life and education
Born and educated in Vienna, she studied descriptive and projective geometry at the Technical University of Vienna and mathematics at the University of Vienna. Her teachers Moritz Schlick and Hans Hahn were among the luminaries of the Vienna Circle; and her fellow students included physicist Victor Weisskopf, sociologist Paul Lazarsfeld, and social psychologist Marie Jahoda. Her father, Rabbi , was head of the Maimonides Institute, and regularly led high holiday services at the famed Vienna Musikverein. He worked for the Alliance Israélite Universelle investigating pogroms in Eastern Europe and raised money in the U.S. and Western Europe to help victims.
In 1931 she married historian and geographer Eric Fischer, who helped introduce American, as distinct from British, history to Vienna. The Fischer family established and ran the 1843-founded Vienna Israelitische Kinderbewahranstalt, the first professional kindergarten and kindergarten teacher training school in Vienna, a place that also became a refuge for immigrants to Vienna from Eastern Europe.
Career
In 1939, the Fischers, with their young daughter, Gay, fled Nazi Austria, traveling by rail to Italy, by boat to Palestine and in 1941 by boat around East Africa and the Cape of Good Hope to Boston, where they lived with Eric Fischer's sister, mother, and brother in law, the physician Otto Ehrentheil and their two daughters. Looking for jobs, Fischer first worked as a seamstress’ assistant, then she graded blue books for Wassily Leontief at Harvard and for Norbert Wiener at the Massachusetts Institute of Technology (MIT). She also worked on stereoscopic projective geometry trajectories for John Rule at MIT. She taught mathematics at Brown and Nichols Preparatory School in Cambridge, and then at Sidwell Friends in Washington, D.C.
After World War II, and after her son, Michael, born in 1946, had reached school age, she found a job at the then Army Map Service, now the National Geospatial-Intelligence Agency and the Army Geospatial Center in Potomac, Md., working under John A. O'Keefe in the Geodesy Branch and rising through the ranks to become the chief. Her twenty-five-year career at AMS, working on what became the World Geodetic System, produced over 120 scientific publications. On the side, she published a high school geometry textbook in 1965 one of her many endeavors as an educator. After retiring in 1975, she wrote a memoir of her scientific career that was first serialized in the ACSM Bulletin (an official publication of the American Congress on Surveying and Mapping, which then included five surveying and mapping professional organizations, 2004 – 06) covering the field of geodesy in the years 1951–1975, and discussing doing science in a man’s world in a government bureaucracy. It was published as a book in 2005.
At the very beginning of her career in mathematics and geodesy, Dr. Fischer had quickly taught herself the basics of geodetic tables, datums, transformations, gravity studies, astronomy, long lines, flare triangulation, and guided missile ballistics. Her updates to geodetic science helped determine the parallax of the Moon. Irene Fischer was also intrigued by research into post glacial uplift, and her geoid studies went hand in hand with investigations of the lingering effects of the last ice age.