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| | |endowment=$9.7 billion<ref>{{cite web|url=http://www.nacubo.org/Documents/research/2011NCSEPublicTablesEndowmentMarketValues319.pdf|title=2011 NACUBO-Commonfund Study of Endowments|accessdate=November 20, 2012}}</ref>|website=http://web.mit.edu/ | | |endowment=$9.7 billion<ref>{{cite web|url=http://www.nacubo.org/Documents/research/2011NCSEPublicTablesEndowmentMarketValues319.pdf|title=2011 NACUBO-Commonfund Study of Endowments|accessdate=November 20, 2012}}</ref>|website=http://web.mit.edu/ |
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| − | The '''Massachusetts Institute of Technology''' ('''MIT''') is a major research university in the United States, located in [[Cambridge, Massachusetts]] (about three miles east of [[Harvard University]]). In 1949 its president James R. Killian described it as "a university polarized around science, engineering, and the arts." | + | The '''Massachusetts Institute of Technology''' ('''MIT''') is a major research university in the United States, located in [[Cambridge, Massachusetts]] (about three miles east of [[Harvard University]]). In 1949 its president James R. Killian described it as "a university polarized around science, engineering, and the arts." Today the university is "polarized" by [[liberal]] and [[feminist]] distortions. |
| | [[File:MIT.jpg|left]] | | [[File:MIT.jpg|left]] |
| − | MIT pioneered the use of hands-on laboratory instruction and made important contributions to the World War II development of radar. In the 1950s, the Project Whirlwind computer at MIT developed the use of magnetic core memory, the first practical form of RAM, and the use of computers for simulation and real-time control. MIT was a pioneer in university-industry liaisons, particularly the startups that grew up around Route 128 starting in the 1950s, and helped make the [[Boston]] area a leader in high-tech industry. | + | MIT pioneered the use of hands-on laboratory instruction and made important contributions to the World War II development of radar. In the 1950s, the Project Whirlwind computer at MIT developed the use of magnetic core memory, the first practical form of RAM, and the use of computers for simulation and real-time control. MIT was a pioneer in university-industry liaisons, particularly the startups that grew up around Route 128 starting in the 1950s, and helped make the [[Boston]] area a leader in high-tech industry. |
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| | MIT was founded in 1861, and was among the first universities to receive land-grant money under the [[Morrill Act]]. It was originally located in Boston, moving to its present location in Cambridge in 1916. The 1916 "Maclaurin buildings" form a symmetrical complex in classical-Roman-like<ref>complete with inscription, "MASSACHVSETTS INSTITVTE OF TECHNOLOGY," using classical Latin typography</ref> monumental style. The complex frames three sides of the large grassy sward now called Killian Court, facing the Charles River (but separated from it by a multi-lane parkway). The names of some hundred or so famous scientists (Aristotle, Lavoisier, Faraday, etc.) are engraved on the "attics of the pavilions" of the buildings.<ref> | | MIT was founded in 1861, and was among the first universities to receive land-grant money under the [[Morrill Act]]. It was originally located in Boston, moving to its present location in Cambridge in 1916. The 1916 "Maclaurin buildings" form a symmetrical complex in classical-Roman-like<ref>complete with inscription, "MASSACHVSETTS INSTITVTE OF TECHNOLOGY," using classical Latin typography</ref> monumental style. The complex frames three sides of the large grassy sward now called Killian Court, facing the Charles River (but separated from it by a multi-lane parkway). The names of some hundred or so famous scientists (Aristotle, Lavoisier, Faraday, etc.) are engraved on the "attics of the pavilions" of the buildings.<ref> |