Displaying 1 - 7 of total 7 results:
In this interview, Betsy Ancker-Johnson:, a solid state physicist, discusses such topics as: her family background and early education; her undergraduate work at Wellesley College; Hedwig Kohn; Lise Meitner; her graduate work in Germany at Tubingen University; Donald Menzel; Walther Kossel; measuring lattice constants of zinc and zinc crystals; Charles Kittel; the Minerals Research Laboratory (MRL) at University of California, Berkeley; George Gamow; working in microwave electronics at Stanford University in the Sylvania Microwave Physics Laboratory; her work at the Radio Corporation of Ame
This short interview touches briefly on Erwin Hahn's education at Juniata College, Purdue University, and the University of Illinois; initial interest in nuclear magnetic resonance; his postdoctoral years with Felix Bloch's group at Stanford University; and his three years as a research scientist with IBM. Hahn also comments briefly on his consultantship with Hughes' maser group; his work on self-induced transparency; and his collaboration with Richard Brewer at IBM.
Topics discussed include: Kodak Research Laboratory, polymers, Society of Rheology, Stanford University, x-ray diffraction, Arnold Bondi, hydrogen bonds, and viscosity theory.
Research career, and important contributions to TV and fluorescent lighting and subsequent transition to management which culminated in a stint as Director of Research for the RCA Laboratories in Princeton. Problems he had to deal with are described, including tension over the issue of how much undirected research to permit. The research atmosphere during the Depression and World War II is recalled, along with insights into Vladimir Zworykin, David Sarnoff, Irving Langmuir, and William Coolidge. Also prominently mentioned are: Booz Allen, W. R. G. Baker, John Bardeen, George H.
Early influences and education; A.B. from Willamette University in physics and math, 1926; fellowship and M.A. from Stanford University; graduate study at Columbia University on x-rays. Work at Bell Laboratories, starting 1929, on vacuum tube amplifiers with John B. Johnson; carbon microphones, semiconductors and the solar battery; work atmosphere and supervisors, Peter J. W. Debye; technical colloquia. History of “thermistors” and transistors. First color TV demonstration. Work during World War II on bombing using radar techniques and infrared.
Early family life and early education in Toronto during the Depression. Interest in radio engineering; math-physics scholarship to University of Toronto 1937. During World War II (from 1941) teaching Army, Air Force, Navy students in basic physics. Masters degree with Arnold Pitt during that period. Work with G. Byers on microwave guide antennas. Poor graduate education at Toronto. Interest in nuclear physics; constructs atomic beam light source; 'his definition of a diatomic molecule. Receives Carbide and Carbon Chemicals Corporation post-doc fellowship (Rabi); work with C.
Testing klystrons at Wright Field for blind landing, at request of Wilmer L. Burrow of Massachusetts Institute of Technology; Sperry Gyroscope research contract with Stanford University, San Carlos and Garden City plants. Contact with solid state physics through use of old-fashion crystal detectors in the klystron. Bell Laboratories and other centers for research in microwaves; John Pierce and other scientists in semiconductor work.