- Mihajlo Idvorski Pupin
Mihajlo Idvorski Pupin
Mihajlo Idvorski Pupin
Born October 4, 1858
Idvor in Banat, Kingdom of Hungary, Austrian Empire
Died March 12, 1935(aged 76) Nationality Serbian Fields Physics Alma mater Columbia College Known for long-distance telephone communication Notable awards IEEE Medal of Honor
1924 Pulitzer Prize
Mihajlo Idvorski Pupin, Ph.D, LL.D. (4 October 1858 – 12 March 1935; Serbian Cyrillic: Михајло Идворски Пупин), also known as Michael I. Pupin, was a Serbian physicist and physical chemist. Pupin is best known for his numerous patents, including a means of greatly extending the range of long-distance telephone communication by placing loading coils (of wire) at predetermined intervals along the transmitting wire (known as "pupinization").
After the sudden death of his father, Pupin emigrated to the United States of America in 1874. Pupin says, "I bless the stars that the immigration laws were different then than they are now ... My admission by a special favor of the examiners was a puzzle and a disappointment to me." After a short time as a farm laborer in Delaware, he spent the next few years in a series of menial jobs in New York City (most notably, the biscuit factory on Cortlandt Street in Manhattan), learning English and American ways; the library and lectures at Cooper Union were an important resource for him.
He entered Columbia College in 1879, where he became known as an exceptional athlete and scholar. A friend of Pupin's predicted that his physique would make him a splendid oarsman, and that Columbia would do anything for a good oarsman. A popular student, he was elected president of his class in his Junior year. He graduated with honors in 1883 and became an American citizen at the same time. He obtained his Ph.D. at the University of Berlin under Hermann von Helmholtz, and in 1889 he returned to Columbia University to become a lecturer of mathematical physics in the newly formed Department of Electrical Engineering. Pupin's research pioneered carrier wave detection and current analysis.
Pupin's 1899 patent for loading coils, archaically called "Pupin coils", followed closely on the pioneering work of the English physicist and mathematician Oliver Heaviside, which predates Pupin's patent by some seven years. The importance of the patent was made clear when the American rights to it were acquired by American Telephone & Telegraph (AT&T), making him wealthy. Although AT&T bought Pupin's patent, they made little use of it, as they already had their own development in hand led by George Campbell and had up to this point been challenging Pupin with Campbell's own patent. AT&T were afraid they would lose control of an invention which was immensely valuable due to its ability to greatly extend the range of long distance telephones.
Pupin was among the first to replicate Roentgen's production of x-rays in the United States. He in 1896 invented the method of placing a sheet of paper impregnated with fluorescent dyes next to the photographic plate, thereby permitting an exposure of only a few seconds, rather than that of an hour or more. He also carried out one of the first medically-oriented studies of the utility of x-rays in the United States. Shortly afterward, in April 1896, he contracted pneumonia, and nearly died. His wife, who nursed him, also contracted it, and died. He never returned to his studies of x-rays.
In 1901, he became a professor, and, in 1931, a professor emeritus of Columbia University. Professor Pupin was a resident of New York, New York and Norfolk, Connecticut, where he built a Serbian-style manor house on his estate, Hemlock Farm.
In 1911 Pupin became a consul of Kingdom of Serbia in New York. In his speech to Congress on January 8, 1918, known as the Fourteen Points speech, U.S. president Woodrow Wilson, inspired by his conversations with Pupin, insisted on the restoration of Serbia and Montenegro, as well as autonomy for the peoples of the Austro-Hungarian monarchy.
Michael Pupin's autobiography, "From Immigrant to Inventor", won the Pulitzer Prize in 1924. He also wrote "The New Reformation" (1927) and "Romance of the Machine" (1930), as well as many technical papers. In his many popular writings, Pupin advanced the view that modern science supported and enhanced belief in God. Pupin was active with the Serb émigré societies in the USA, he was the first president and founder of the Serbian National Defense Council of America. In 1918, professor Pupin edited a book on Serbian monuments, under the title "Serbian Orthodox Church".
Among the students of Pupin who made major scientific contributions were: Robert Andrews Millikan, Irving Langmuir, and Edwin Howard Armstrong. Millikan and Langmuir went on to receive Nobel Prize in physics and chemistry respectively.
Research during World War I
When the USA joined World War I in 1917, Pupin was at the University of Columbia, organizing a research group for submarine detection technique. Together with his colleagues profesors Wils and Morcroft, he performed numerous researches with the aim to discover submarines in Key West and New London. He also conducted researches in Kie field of establishing telecommunications between places. During the war Pupin was a member of the state council for research and state advisory board for aeronutics. For his works he receied a laudative from president Warren G. Harding, which was published in his autobiography on the 386th page..
Contributions to determining borders of Yugoslavia
In the year 1912, Serbian Kingdom named Pupin a honorary consul in the USA. He performed his duty until 1920. He contributed a lot to the establishment of international and social relations between Kingdom of Serbia, and later Kingdom of Yugoslavia and USA.
After the world war I, Pupin was already well-known and acclaimed scientist and politically influential figure in America, and he influenced on the final decisions of Paris peace confence when the boarders of the future kingdom (of Serbs, Croats and Slovenians) were drawn. Pupin stayed in Paris for two months during the peace talk (april-may 1919) on the insistence of the government.My home town is Idvor, but this fact says little because Idvor can’t be found on the map. That is a small village which is found near the main road in Banat, which belonged to Austro-Hungary, and now is an important part of Serbs, Croatians and Slovenians Kingdom. This province on the Paris Peace Conference in 1919, was requested by the Romanians, but their request was invalid. They could not negate the fact that the majority of the inhabitants were Serbs, especially in the Idvor area. President Wilson and Mr. Lancing knew me personally and whey found out that I was originally from Banat, Romanian reasons lost its weight.
According to the London agreement from 1915. it was planned that Italy should get Dalmatia. After the secret London agreement France, England and Russia asked from Serbia some territorial concessions to Romania and Bulgaria. Romania should have gotten Banat and Bulgaria should have gotten a part of Macedonia all the way to Skoplje.
In a difficult situation during the negotiations on the boarders of Yugoslavia, Pupin personally wrote a memorandum on March 19, 1919 to the USA president Woodrow Wilson, who based on the data received from Pupin historical and ethnic characteristics of boarder areas of Dalmatia, Slovenia, Istria, Banat, Međimurje, Baranja and Macedonia, stated that he did not recognize the London agreement signed between allies and Italy.
Mihajlo Pupin foundation
Pupin in 1914. formed “Fund Pijade Aleksic-Pupin” within Serbian Academy of Sciences and Arts  to commemorate his mother Olipijada for all the support she gave to him through life. Fund assests were used for helping schools in old Serbia and Macedonia, and scholarships were awarded every year on the Saint Sava day. One street in Ohrid was named after Mihajlo Pupin in 1930 to honour his efforts. He also established a separate “Mihajlo Pupin fund” which he funded from his own property in the Kingdom of Yugoslavia, which he later gave to “Privrednik” for schooling of young people and for prizes in “exceptional achievements in agriculture”, as well as for Idvor for giving prizes to pupils and to help the church district.
Pupin established a foundation in the museum of nature-history-and-arts in Belgrade. The funds of the foundation were used for purchasing of artistic works of Serbian artists for the museum and for publishing certain publications. Pupin invested a million dollars in the funds of the foundation.
In America, in 1909. he established one of the oldest Serbian emigrant organization – Union of Serbs - “Sloga”. The organization had a mission to gather Serbs in imigration and offer help, as well as keeping ethnic and cultural values. This organization later merged with three other imigant societies.
Other emigrant organizations in to one large Serbian national foundation, and Pupin was one of its founders and a long time president (1909-1926)).
He also organized “Kolo srpskih sestara” who gathered help for the Serbian Red Cross, and he also helped gathering of volunteers for the fist world war war fronts in Yugoslavia with the help of Serbian patriotic organization called “Serbian national defence” which he ran, and also founded. Later, during the world war two this organization was rehabilited by Jovan Ducic and worked with the same mission. Pupin guaranted the delivery of food supplies to Serbia with his own resources, and he also was the head of the committee for help to victims of war. He also founded the Serbian society for helping children which provided medicaments, clothes and shelters for war orphans.
Besides his patents he published several dozens of scientific disputes, articles, reviews and the autobiography in 1923. in English From immigrant to inventor for which he received a Pulitzer Prize in 1924. It was published in Serbian in 1929 under the title From pastures to scientist (Od pašnjaka do naučenjaka). Beside this he also published:
- Pupin Michael: Der Osmotische Druch und seine Beziehung zur Freien Energie, Inaugural Dissertation zur Erlangung der Doctorwurde, Buchdruckerei von Gustav Shade, Berlin, June, 1889.
- Pupin Michael: Thermodynamics of Reversible Cycles in Gases and Saturated Vapors, John Wiley & Sons. 1894.
- Pupin Michael: Serbian Orthodox Church, J. Murray. London, 1918.
- Pupin Michael: Yugoslavia. (In Association for International Conciliation Amer. Branch —Yugoslavia). American Association for International Conciliation. 1919.
- Pupin Michael: The New Reformation; from Physical to Spiritual Realities, Scribner, New York, 1927.
- Pupin Michael: Romance of the Machine, Scribner, New York, 1930.
- Pupin Michael: Discussion by M. Pupin and other prominent engineers in “Toward Civilization, edited by C. A. Beard. Longmans, Green& Co. New York, 1930.
The Physical Laboratories building on the Columbia university, built in 1927 is named Pupin Hall in his honor. It houses the physics and astronomy departments of the university. During Pupins tenure, in the year 1931. Harold C. Urey, in his work with hydrogen isotope deuterium demonstrated the existence of heavy water, the first major scientific breakthrough in the newly founded laboratories. Urey won the Nobel Prize in Chemistry in 1934. for this work.
List of patents
Patents released in America Number of patent Date U.S. Patent 519,346 Apparatus for telegraphic or telephonic transmission 8 May 1894 U.S. Patent 519,347 Transformer for telegraphic, telephonic or other electrical systems 8 May 1894 U.S. Patent 640,515 Art of distributing electrical energy by alternating currents 2 January 1900 U.S. Patent 640,516 Electrical transmission by resonance circuits 2 January 1900 U.S. Patent 652,230 Art of reducing attenuation of electrical waves and apparatus therefore 19 June 1900 U.S. Patent 652,231 Method of reducing attenuation of electrical waves and apparatus therefore 19 June 1900 U.S. Patent 697,660 Winding-machine 15 April 1902 U.S. Patent 707,007 Multiple telegraphy 12 August 1902 U.S. Patent 707,008 Multiple telegraphy 12 August 1902 U.S. Patent 713,044 Producing asymmetrical currents from symmetrical alternating electromotive process 4 November 1902 U.S. Patent 768,301 Wireless electrical signalling 23 August 1904 U.S. Patent 761,995 Apparatus for reducing attenuation of electric waves 7 June 1904 U.S. Patent 1,334,165 Electric wave transmission 16 March 1920 U.S. Patent 1,336,378 Antenna with distributed positive resistance 6 April 1920 U.S. Patent 1,388,877 Sound generator 3 December 1921 U.S. Patent 1,388,441 Multiple antenna for electrical wave transmission 23 December 1921 U.S. Patent 1,415,845 Selective opposing impedance to received electrical oscillation 9 May 1922 U.S. Patent 1,416,061 Radio receiving system having high selectivity 10 May 1922 U.S. Patent 1,456,909 Wave conductor 29 May 1922 U.S. Patent 1,452,833 Selective amplifying apparatus 24 April 1923 U.S. Patent 1,446,769 Aperiodic pilot conductor 23 February 1923 U.S. Patent 1,488,514 Selective amplifying apparatus 1 April 1923 U.S. Patent 1,494,803 Electrical tuning 29 May 1923 U.S. Patent 1,503,875 Tone producing radio receiver 29 April 1923
Honors and tributes
- President of the Institute of Radio Engineers, USA (1917)
- President of American Institute of Electrical Engineers (1925-26).
- President of American Association for the Advancement of Sciences
- President of New York Academy of Sciences
- Honorary member of German Electrical Society
- Honorary member of American Institute of Electrical Engineers
- Member of National Academy of Sciences
- Member of French Academy of Sciences
- Member of Serbian Academy of sciences
- Member of American Mathematical Society
- Member of American Philosophical Society
- Member of American Physical Society
- Doctor of science, Columbia University (1904)
- Honorable doctor of science, Johns Hopkins University (1915)
- Doctor of science, Princeton University (1924)
- Honorable doctor of science, New York University (1924)
- Honorable doctor of science, Muhlenberg College (1924)
- Doctor of engineering, Case School of Applied Science (1925)
- Doctor of science, George Washington University (1925)
- Doctor of science, Union College (1925)
- Honorable doctor of science, Mariette College (1926)
- Honorable doctor of science, University of California (1926)
- Doctor of science, Rutgers University (1926)
- Honorable doctor of science, Delaware University (1926)
- Honorable doctor of science, Canyon College (1926)
- Doctor of science, Brown University (1927)
- Doctor of science, Rochester University (1927)
- Honorable doctor of science, Middlebury College (1928)
- Doctor of science, university in Belgrade (1929)
- Doctor of science, University in Prague (1929)
- Eliot Kresson Medal of Franklin Institute (1902)
- Herbert award of French academy (1916)
- Edison's medal of American Institute of Electrical Engineers (1919)
- Honorable medal of American radio institute (1924)
- Honorable medal of institute of social sciences (1924)
- Prize George Washington from western association of engineers (1928)
- White eagle, first degree, Kingdom of Yugoslavia (1929)
- White lion, first degree, the greatest medal of Czech-Slovakia (1929)
- Medal John Fritz, four American national association engineers electromechanics (1931)
- Pupin was pictured on the old 50 million Yugoslav dinar banknote.
- The Central Radio Institute was renamed the Telecommunication and Automation Institute "Mihailo Pupin" in his honor in 1956.
- A small lunar impact crater, in the eastern part of the Mare Imbrium, was named in his honor.
- He also served on the board of trustees for Science Service, now known as Society for Science & the Public, from 1926-1929.
- Honorary citizen, city of Zrenjanin 
- Various streets and schools accros Serbia are named after him; Boulevard of Mihajlo Pupin (in capital city, Belgrade) or tenth Belgrade gymnasium - Mihajlo Pupin, being the most famous examples.
- ^ IEEE Global History Network (2011). "IEEE Medal of Honor". IEEE History Center. http://www.ieeeghn.org/wiki/index.php/IEEE_Medal_of_Honor. Retrieved 8 July 2011.
- ^ IEEE Global History Network (2011). "IEEE Edison Medal". IEEE History Center. http://www.ieeeghn.org/wiki/index.php/IEEE_Edison_Medal. Retrieved 8 July 2011.
- ^ Although Pupin's birth year is sometimes given as 1854 (and Serbia and Montenegro issued a postage stamp in 2004 to commemorate the 150th anniversary of his birth), peer-reviewed sources list his birth year as 1858. See:
- Daniel Martin Dumych, "Pupin, Michael Idvorsky (4 Oct. 1858-12 Mar. 1935)," American National Biography Online, Oxford University Press, 2005. Accessed March 11, 2008.
- Bergen Davis, "Biographical Memoir of Michael Idvorksy Pupin", National Academy of Sciences of the United States Biographical Memoirs, tenth memoir of volume XIX (1938), pp. 307-323. Accessed March 11, 2008.
- According to Pupin's obituary notice in the New York Times, (March 14, 1935, p. 21), he died "in his 77th year." Accessed via ProQuest, March 11, 2008.
- ^ The Tesla Memorial Society tribute webpage, though dedicated to a "150 years" birthday celebration in 2004, includes a photo of Pupin's gravestone showing the dates October 4, 1858 and March 12, 1935. Accessed October 9, 2011.
- ^ a b From Immigrant to Inventor, M. Pupin
- ^ http://electrical-engineering-portal.com/scientist-and-inventor-mihailo-pupin
- ^ http://www.acmi.net.au/aic/PUPIN_BIO.html
- ^ http://www.doiserbia.nb.rs/img/doi/0350-3593/2004/0350-35930402071G.pdf
- ^ http://books.google.com/books/about/From_Immigrant_to_Inventor.html?id=fYT-ZXmVKFMC
- ^ http://www.doiserbia.nb.rs/img/doi/0350-3593/2004/0350-35930402071G.pdf
- ^ http://www.sanu.ac.rs/sanunov/fondovi_i_zaduzbine.asp
- ^ http://www.glas-javnosti.rs/clanak/glas-javnosti-06-01-2008/zaduzbinarstvo-za-dobrobit-svog-naroda
- ^ http://www.novosti.rs/dodatni_sadrzaj/clanci.119.html:276500-Domovina-u-srcu
- ^ http://www.glas-javnosti.rs/clanak/glas-javnosti-06-01-2008/zaduzbinarstvo-za-dobrobit-svog-naroda
- ^ http://www.vreme.com/cms/view.php?id=1003341
- ^ http://www.snd-us.com/index.php?option=com_content&view=article&id=11&Itemid=4
- ^ http://www.wikicu.com/Pulitzer_Prize
- ^ http://www.teslasociety.com/physics.htm
- ^ http://www.gerila.com/knjige/katalog/1335.htm
- ^ http://www.columbia.edu/cu/computinghistory/pupin.html
- ^ Биографија Михајла Идворског Пупина
- ^ Биографија Михајла Пупина на сајту Универзитета Колумбија
- ^ http://www.mtt-serbia.org.rs/microwave_review/pdf/Vol11No1-02-AMarincic.pdf
- ^ http://www.mihajlopupin.info/?page_id=9
- ^ "Timeline". Institute Mihailo Pupin. http://www.pupin.rs/en/about-imp/timeline/. Retrieved 25 April 2011.
- ^ http://www.iec.ch/cgi-bin/tl_to_htm.pl?section=person&item=45
- ^ http://www.zrenjanin.rs/1-87-17-0/Pocasni-gradjani
- Michael Pupin, "From Immigrant to Inventor" (Charles Scribner's Sons, 1924)
- Edward Davis, "Michael Idvorsky Pupin: Cosmic Beauty, Created Order, and the Divine Word." In Eminent Lives in Twentieth-Century Science & Religion, ed. Nicolaas Rupke (Frankfurt: Peter Lang, 2007), pp. 197–217.
- Bergen Davis: Biographical Memoir of Michael Pupin, National Academy of Sciences of the United States Biographical Memoirs, tenth memoir of volume XIX, New York, 1938.
- Daniel Martin Dumych, Pupin Michael Idvorsky, Oxford University Press, 2005. Accessed March 11, 2008
- Lambić Miroslav: Jedan pogled na život i delo Mihajla Pupina, Univerzitet u Novom Sadu, Tehnički fakultet ”Mihajlo Pupin”, Zrenjanin, 1997.
- Mihajlo Idvorski Pupin at Find a Grave
- Michael I. Pupin at IEEE History Center
- Michael I. Pupin's autobiography "From Immigrant to Inventor“ online
Elihu Thomson (1909) · Frank J. Sprague (1910) · George Westinghouse (1911) · William Stanley, Jr. (1912) · Charles F. Brush (1913) · Alexander Graham Bell (1914) · Nikola Tesla (1916) · John J. Carty (1917) · Benjamin G. Lamme (1918) · William Le Roy Emmet (1919) · Mihajlo I. Pupin (1920) · Cummings C. Chesney (1921) · Robert A. Millikan (1922) · John W. Lieb (1923) · John W. Howell (1924) · Harris J. Ryan (1925)
Complete roster: 1909–1925 · 1926–1950 · 1951–1975 · 1976–2000 · 2001–present IEEE Medal of Honor 1917–1925 Complete roster: 1917–1925 · 1926–1950 · 1951–1975 · 1976–2000 · 2001–present Pulitzer Prize for Biography or Autobiography (1917–1925)
- Complete list
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Mihajlo Pupin Idvorski — Mihajlo Pupin Mihajlo Idvorski Pupin (auch Michael I. Pupin oder M.I. Pupin, serbisch kyrillisch: Михајло Идворски Пупин) (* 4. Oktober 1854 in Idvor bei Pančevo im Banat, Serbien; † 12. März 1935 in New York, NY) war ein in den USA lebender … Deutsch Wikipedia
Pupin — Mihajlo Pupin Mihajlo Idvorski Pupin (auch Michael I. Pupin oder M.I. Pupin, serbisch kyrillisch: Михајло Идворски Пупин) (* 4. Oktober 1854 in Idvor bei Pančevo im Banat, Serbien; † 12. März 1935 in New York, NY) war ein in den USA lebender … Deutsch Wikipedia
Mihajlo Pupin — Mihajlo Idvorski Pupin (auch Michael I. Pupin oder M.I. Pupin, serbisch kyrillisch: Михајло Идворски Пупин) (* 27. Septemberjul./ 9. Oktober 1854greg. in Idvor bei P … Deutsch Wikipedia
Mihajlo Pupin Institute — (Serbian: Institut Mihajlo Pupin / Институт Михајло Пупин) is an institute based in Belgrade, Serbia notable for manufacturing numerous computer systems used in Socialist Federal Republic of Yugoslavia especially early CER and later TIM line of… … Wikipedia
Michael Idvorsky Pupin — Mihajlo Pupin Mihajlo Idvorski Pupin (auch Michael I. Pupin oder M.I. Pupin, serbisch kyrillisch: Михајло Идворски Пупин) (* 4. Oktober 1854 in Idvor bei Pančevo im Banat, Serbien; † 12. März 1935 in New York, NY) war ein in den USA lebender … Deutsch Wikipedia
Michael Pupin — Mihajlo Pupin Mihajlo Idvorski Pupin (auch Michael I. Pupin oder M.I. Pupin, serbisch kyrillisch: Михајло Идворски Пупин) (* 4. Oktober 1854 in Idvor bei Pančevo im Banat, Serbien; † 12. März 1935 in New York, NY) war ein in den USA lebender … Deutsch Wikipedia
Mihailo Pupin — Mihajlo Pupin Mihajlo Idvorski Pupin (auch Michael I. Pupin oder M.I. Pupin, serbisch kyrillisch: Михајло Идворски Пупин) (* 4. Oktober 1854 in Idvor bei Pančevo im Banat, Serbien; † 12. März 1935 in New York, NY) war ein in den USA lebender … Deutsch Wikipedia
Michael Pupin — Mihajlo Idvorski Pupin Nacimiento … Wikipedia Español
Michael Pupin — (Nombre original: Mihajlo Idvorski Pupin) Idvord Serbia, 4 de octubre de 1854 Nueva York EEUU, 12 de marzo de 1935) Físico, desarrolló un sistema para aumentar en gran medida el alcance de las comunicaciones telefónicas, a través de líneas de… … Enciclopedia Universal
Michael I. Pupin — Michael Idvorsky Pupin Michael Idvorski Pupin Mihajlo (Michael) Idvorski Pupin (1854 1935) est un physicien serbe. Né le 9 octobre 1854 dans le village de Idvor dans le Banat serbe, il a émigré aux États Unis en 1883. A son arrivée aux… … Wikipédia en Français