Morris Tanenbaum helped develop the first gas-diffused silicon transistor, which convinced Bell administrators to support the use of silicon over germanium in their transistor design.
25 Facts About Morris Tanenbaum
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Morris Tanenbaum later led a team that developed the first high-field superconducting magnets.
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Morris Tanenbaum was born to Ruben Simon Tanenbaum and his mother Mollie Tanenbaum, on November 10,1928, in Huntington, West Virginia.
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Morris Tanenbaum's parents were Jewish, and had emigrated from Russia and Poland, first to Buenos Aires, Argentina and then to the United States.
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Morris Tanenbaum attended Johns Hopkins University, earning his bachelor's degree in chemistry in 1949.
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Morris Tanenbaum then did his thesis work with Walter Kauzmann, studying the properties of metal single crystals.
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Morris Tanenbaum joined the chemistry department at Bell Telephone Laboratories in 1952.
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Morris Tanenbaum held a number of positions during his career at Bell, beginning in the technical staff ; becoming Assistant Director of the Metallurgical Department ; becoming Director of the Solid-State Development Laboratory ; and rising to Executive Vice President for Systems Engineering and Development.
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Morris Tanenbaum then moved to the Western Electric Company, where he worked as Director of Research and Development, Vice President of the Engineering Division and Vice President of Manufacturing: Transmission Equipment.
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Morris Tanenbaum returned to Bell Laboratories in 1975 as Vice President of Engineering and Network Services.
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Morris Tanenbaum served briefly as president of the New Jersey Bell Telephone Company, before returning again to Bell Laboratories as Executive Vice President for Administration.
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Morris Tanenbaum was closely involved in discussion of related senate legislation and helped to draft the proposed "Baxter I" amendment.
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When Morris Tanenbaum joined the chemistry department at Bell Laboratories in 1952, Bell was a hotbed for semiconductor research.
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In 1953, Morris Tanenbaum was asked by Shockley to see if transistors could be made using silicon, from group III-IV.
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On January 26,1954, Morris Tanenbaum recorded a successful demonstration of the first silicon transistor in his logbook.
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Morris Tanenbaum became the team leader for a group studying diffusion's possible application to the fabrication of silicon transistors.
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Morris Tanenbaum announced the results and displayed the TI transistors on May 10,1954 at the Institute of Radio Engineers National Conference on Airborne Electronics, in Dayton, Ohio.
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Morris Tanenbaum needed to establish a reliable electrical contact with the middle layer.
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Shockley made Morris Tanenbaum an offer but Morris Tanenbaum chose to stay with Bell Labs.
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Morris Tanenbaum was able to produce record-setting magnetic fields of one or two thousand gauss, but they were not high enough for Kompfner's use.
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Morris Tanenbaum worked with technician Ernest Buehler to develop a way to form the Nb3Sn compound into a coil and insulate it.
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Morris Tanenbaum had wagered Kunzler a bottle of Scotch whiskey for every.
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Morris Tanenbaum died in his home in New Providence, New Jersey, on February 26,2023.
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In 1962, Morris Tanenbaum became a Fellow of the American Physical Society.
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In 1990 Morris Tanenbaum became a member of the American Academy of Arts and Sciences.