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Eisenstein Gotthold:     more detail

Mathematische Werke (AMS/Chelsea Publication) by Gotthold F. Eisenstein, 1988-06 Mathematische Werke by Ferdinand Gotthold Max Eisenstein, 1975 Mathematische Abhandlungen: Besonders aus dem Gebiete der höheren Arithmetik und der elliptischen Functionen by Ferdinand Gotthold Max Eisenstein, 1847

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41. Collected Works In Mathematics And Statistics
    E. On to F Back to Top Charles Ehresmann, gotthold eisenstein, PaulErdös, Euclid, Leonhard Euler. Author, Title, Volumes, Call Number, Location.  
    http://www.mathstat.dal.ca/~dilcher/collwks.html
    
    Extractions: This is a list of Mathematics and Statistics collected works that can be found at Dalhousie University and at other Halifax universities. The vast majority of these works are located in the Killam Library on the Dalhousie campus. A guide to other locations is given at the end of this list. If a title is owned by both Dalhousie and another university, only the Dalhousie site is listed. For all locations, and for full bibliographic details, see the NOVANET library catalogue This list was compiled, and the collection is being enlarged, with the invaluable help of the Bibliography of Collected Works maintained by the Cornell University Mathematics Library. The thumbnail sketches of mathematicians were taken from the MacTutor History of Mathematics Archive at the University of St. Andrews. For correction, comments, or questions, write to Karl Dilcher ( dilcher@mscs.dal.ca You can scroll through this list, or jump to the beginning of the letter: [On to B] [Back to Top]

42. USP/SIBi - DEDALUS
    Translate this page Mostra, 4, eisenstein, Evelyn. Mostra, 1, eisenstein, Ferdinand gotthold Max, 1823-1852.Mostra, 1, eisenstein, RA. Mostra, 1, eisenstein, SM. Mostra, 2, eisenstein, Samuel.  
    http://dedalus.usp.br:4500/ALEPH/POR/USP/USP/DEDALUS/SCAN-F/1725236

43. :: Kocaeli Üniversitesi Matematik Bölümü ::
    Her ikisinin milliyeti de Almandir. Alman matematikçisi olan ve çok genç yastaölen Ferdinand gotthold eisenstein, 1823 yilinda Berlin'de dogdu.  
    http://fef.kou.edu.tr/matematik/unlu/eisenstein.htm

44. April 16
    April 16, 1823. Birth of Ferdinand gotthold eisenstein in Berlin, Germany.eisenstein was a professor of mathematics at the University of Berlin.  
    http://webcampus3.stthomas.edu/paschons/language_http/calendar/april16.html
    
    Extractions: April 16 © 1997, 1998 by Paul A. Schons April 16, 1817 Birth of Martin Rudolph von Delbrück in Berlin, Germany. He forged the Prussian free-trade policy in cooperation with Otto von Bismark and was instrumental in convincing the southern German states to join the empire in 1870/71. April 16, 1820 Birth of Georg Curtius in Lübeck, Germany. Curtius was a scholar of Greek language. He was a professor of classics at the universities of Prague, Kiel and Leipzig. His most noted work was, Grundzüge der griechischen Etymologie. April 16, 1823 Birth of Ferdinand Gotthold Eisenstein in Berlin, Germany. Eisenstein was a professor of mathematics at the University of Berlin. Eisenstein's work led to theorems for quadratic and biquadratic residues, a reciprocity theorem for cubic residues, cyclotomy and quadratic partition of prime numbers. April 16, 1831 Heinrich Seuse is canonized a saint. Born on March 21, 1295: Heinrich Seuse (also spelled Suso in some texts) (original name Heinrich von Berg) in Konstanz, Germany. Seuse, a Dominican, was one of the outstanding mystics in German religious history. He studied under another great mystic, Meister Eckehart in Cologne. He came under criticism and attack when he held to the positions of Meister Eckehart even when Eckehart was condemned by the Pope in 1329. Seuse's most influential and lasting work is Büchlein der ewigen Weisheit (1328). Seuse was beatified by Pope Gregory XVI in 1831.

45. October 11
    October 11, 1852. Death of Ferdinand gotthold eisenstein in Berlin, Germany.eisenstein was a professor of mathematics at the University of Berlin.  
    http://webcampus3.stthomas.edu/paschons/language_http/calendar/oct11.html
    
    Extractions: October 11 © 1997, 1998 by Paul A. Schons October 11, 1491 Death of Blessed Jakob Griesinger. Little is known of Jakob Griesinger, also known as Jakob von Ulm and as Alemannus. He was born in Ulm, Germany in 1407 and trained as a glass blower. He undertook a trip to the holy sites in Rome and on the return trip stooped to pray at the grave of St. Dominic. He then entered the Dominican order in Bologna. He became the glass maker for the order there and achieved note for the fine glass works and stained glass windows he produced. His remains are preserved in a glass shrine in Bologna. He was beatified in 1825 by Pope Leo XII. His feast day is designated as October 11. October 11, 1531 Ulrich Zwingli dies in Sankt Gallen, Switzerland. Zwingli was the most influential church reformer in the development of Swiss Protestantism. He studied at the Universities of Vienna and Basel. He was ordained a priest in 1506. In his early years Zwingli criticized some of the abuses of the church of those times and in a minor way was involved in the questioning of the practice of indulgences. By 1522, however, his views had developed sufficiently to lead to controversy in the church. He questioned fasting and the celibacy of priests. In 1523 he published his 67 Artikel.

46. Full Alphabetical Index
    Translate this page Egorov, Dimitri (408*) Ehrenfest, Paul (276*) Ehresmann, Charles (69*) Einstein,Albert (2115*) Eisenhart, Luther (576*) eisenstein, gotthold (2427*), Elliott  
    http://www.maththinking.com/boat/mathematicians.html

47. The MacTutor History Of Mathematics Archive
    1877 Benjamin Peirce, 18091880 Eduard Kummer, 1810-1893 Karl Weierstrass, 1815-1897Arthur Cayley, 1821-1895 gotthold eisenstein, 1823-1852 Leopold Kronecker  
    http://www.math.niu.edu/~beachy/rings_modules/notes/names.html

48. Www.math.uu.se/~ernstdie/Pengelley_Abstract.txt
    ABSTRACT Carl Friedrich Gauss, the most prominent mathematician of the 19th century,will square off against gotthold eisenstein, 21year old mathematics  
    http://www.math.uu.se/~ernstdie/Pengelley_Abstract.txt
    
    Extractions: TITLE Gauss, Eisenstein, and the "third" proof of the quadratic reciprocity law: ein kleines Schauspiel. ABSTRACT Carl Friedrich Gauss, the most prominent mathematician of the 19th century, will square off against Gotthold Eisenstein, 21-year old mathematics student in Berlin, in a semi-fictional account of their views and proofs of a fundamental law revealing patterns in prime numbers. (Accessible from upper undergraduate and up; advance knowledge of quadratic reciprocity NOT needed, only knowledge of congruence. I will explain quadratic residues; the main article is on the web at http://math.nmsu.edu/~history/schauspiel.pdf)

49. Full Alphabetical Index
    Egorov, Dimitri (408*) Ehrenfest, Paul (276*) Ehresmann, Charles (69*) Einstein,Albert (2115*) Eisenhart, Luther (576*), eisenstein, gotthold (312*) Elliott  
    http://alas.matf.bg.ac.yu/~mm97106/math/alphalist.htm

50. Wurzel(2)
    Translate this page gotthold eisenstein 1823 - 1852 Man kann sogar auf schulmathematische Weise zeigen,dass für alle natürlichen Zahlen m und n die reelle Zahl entweder  
    http://www.mathematik-online.de/F75.htm

51. News
    eisenstein,Ferdinand gotthold Max; 16.04.1823- 11.10.1852; @T(Berlin/D; ebd.) www01a, @A  
    http://home.gelsen-net.de/ppose/mathe_aldi2_ss2002.html

52. THE NEW LAOKOON: A PERIODIC SYSTEM OF THE ARTS
    arts. References and Notes gotthold Ephraim Lessing, Laokoon (1766). 1975).eisenstein never finished working out this concept.  
    http://prometheus.kai.ru/laokoon_e.htm
    
    Extractions: THE NEW LAOKOON: A PERIODIC SYSTEM OF THE ARTS Bulat M.Galeyev ABSTRACT The title of this article reflects the author's attempts to systematize the arts in their present forms, thereby accommodating the series of `technical arts' that are being added to the system of traditional art forms. The author suggests an original method of classifying the arts that makes it possible to simultaneously graph both the expanding `universe of the arts' and the centripetal tendencies that characterize the integrity of the arts system. He discusses the types of interactions that occur between the different kinds of art forms, as well as the inevitability of strengthening synthetic trends in the artistic culture. The author's analysis of contemporary technical means of audiovisual communication, together with his system of classifying the arts, is conducted in light of S.M. Eisenstein's conclusions about the dialectical unity of the "progressive-regressive" trends that determine the synergy of thought and feeling in art. The diversity of the arts is quite obvious, leading artists and critics to constantly ponder the following questions: What kinds of artistic activity can be singled out as self-contained arts? How many arts are there? In what ways are these arts related to each other, and is there any regularity or logic to these relationships?

53. Felix.unife.it/Root/d-Mathematics/d-Number-theory/b-Elliptic-functions
    L'Ens. Math. 30 (19847, 275330. 3478 gotthold eisenstein Mathematische Abhandlungen.Olms 1967. J. Fay Theta functions of Riemann surfaces. SLN Math.  
    http://felix.unife.it/Root/d-Mathematics/d-Number-theory/b-Elliptic-functions
    
    Extractions: 3537 Naum Akhieser: Elementy teorii ellipticheskikh funktsii. Moscow 1970. G. Andrews: The fifth and seventh order mock theta functions. Trans. AMS 293 (1986), 113-134. 5718 Richard Bellman: A brief introduction to theta functions. Holt, Rinehart and Winston 1961. 8433 Bruce Berndt/S. Bhargava/Frank Garvan: Ramanujan's theories of elliptic functions to alternative bases. Trans. AMS 347 (1995), 4163-4244. 4087 Doriana Bisan: Partizioni e funzioni ellittiche. Tesi, Ferrara 1992. Bille Chandler Carlson: Some series and bounds for incomplete elliptic integrals. J. Math. and Phys. 40 (1961), 125-134. 1237 Bille Chandler Carlson: Special functions of applied mathematics. Academic Press 1977. 3497 Komaravolu Chandrasekharan: Elliptic functions. Springer 1985. 2071 Harvey Cohn: Conformal mapping on Riemann surfaces. Dover 1967. D. Cox: The arithmetic-geometric mean of Gauss. L'Ens. Math. 30 (19847, 275-330. 3478 Gotthold Eisenstein: Mathematische Abhandlungen. Olms 1967. J. Fay: Theta functions of Riemann surfaces. SLN Math. 332 (1973). 8360 Eberhard Freitag/Rolf Busam: Funktionentheorie. Springer 1993, 490p. 3-540-50618-7. DM 48. R. Fricke: Die elliptischen Funktionen und ihre Anwendungen. 2 volumes. Teubner 1922. 1259 R.-P. Holzapfel: A voyage with three balloons. Math. Intell. 12/1 (1990), 33-39. 3529 Adolf Hurwitz/Richard Courant: Vorlesungen ueber allgemeine Funktionentheorie und elliptische Funktionen. Springer 1964. J. Igusa: Theta functions. Springer 1972. Max Koecher/Aloys Krieg: Elliptische Funktionen und Modulformen. Springer 1998, 290p. DM 78. 3715 R. Koenig/M. Krafft: Elliptische Funktionen. De Gruyter 1928. 3477 Adolf Krazer: Lehrbuch der Thetafunktionen. Chelsea 1970. 1512 D. Kuznetsov: Spetsialnye funktsii. Moscow 1965. 1739 Serge Lang: Elliptic functions. Springer 1987. 2543 Derek Lawden: Elliptic functions and applications. Springer 1989. 15799 Falko Lorenz: Funktionentheorie. Spektrum 1997, 410p. Eur 25. David Mumford: Tata Lectures on theta I-III. Birkhaeuser 1983-1991. Tog. 700p. Tog. DM 240. 8246 Hans Opolka: Theta functions and communication theory. Internet 1996, 67p. H. Rademacher: Topics in analytic number theory. Springer 1973. 1975 K. Ramanathan: Ramanujan's modular equation. Acta Arithm. 53 (1990), 403-420. [3323] 3536 Hans-Christian Reichel: Spezielle analytische Funktionen. Vorlesung WS 1969/70. R. Sczech: Dedekindsummen mit elliptischen Funktionen. Inv. Math. 76 (1984), 523-551. 1765 Carl Ludwig Siegel: Topics in complex function theory. 3 volumes. Wiley 1969. 2432 F. Tricomi: Funzioni ellittiche. Zanichelli 1951. 3756 Andre' Weil: Elliptic functions according to Eisenstein and Kronecker. Springer 1976. 8463 Gunther Wellhausen: Fourierkoeffizienten von Thetafunktionen sechster Ordnung. Dissertation, Univ. Goettingen 1996.

54. Statistics For My Homepage
    0, Joseph Liouville. 0, Arthur Cayley. 0, William Hamilton. 0, Felix Klein. 0,gotthold eisenstein. 0, AugustinLouis Cauchy. 0, Kähler Manifolds and HodgeTheory.  
    http://www-desda.sci.kun.nl/home/~grooten/stats.shtml

55. Nanobiographies
    Translate this page JC) grec Dirichlet, Peter Gustav Lejeune- (1805-1859) allemand eisenstein,Ferdinand gotthold (1823-1852) allemand Ératosthène (284-192 av.  
    http://algo.inria.fr/banderier/Recipro/node53.html

56. Mathematicians From DSB
    Translate this page du Bois-Reymond, Paul David Gustav, 1831-1889. Duhamel, Jean Marie Constant,1797-1872. eisenstein, Ferdinand gotthold Max, 1823-1852. Euclid,, $\sim$295BC-.  
    http://www.henrikkragh.dk/hom/dsb.htm
    
    Extractions: Validate html Abel, Niels Henrik Argand, Jean Robert Artin, Emil Beltrami, Eugenio Berkeley, George Bertrand, Joseph Louis François Bianchi, Luigi Bolyai, János (Johann) Bolyai, Farkas (Wolfgang) Bolzano, Bernard Bombelli, Rafael Borel, Émile (Félix-Édouard-Justin) Bouquet, Jean-Claude Briot, Charles Auguste Cantor, Georg Carathéodory, Constantin Cardano, Girolamo Cauchy, Augustin-Louis Cayley, Arthur Chebyshev, Pafnuty Lvovich Clairaut, Alexis-Claude Clausen, Thomas Clebsch, Rudolf Friedrich Alfred Colden, Cadwallader Collinson, Peter Condorcet, Marie-Jean-Antoine-Nicolas Caritat, marquis de Cramer, Gabriel Crelle, August Leopold d'Alembert, Jean le Rond de Morgan, Augustus Dedekind, (Julius Wilhelm) Richard Delambre, Jean-Baptiste Joseph Descartes, René du Perron Dini, Ulisse Dirichlet, Gustav Peter Lejeune du Bois-Reymond, Paul David Gustav Duhamel, Jean Marie Constant Eisenstein, Ferdinand Gotthold Max Euclid

57. So Biografias: Britanicos Em E
    Translate this page Einstein, Albert Einthoven, Willem Eiseley, Loren Eisenhower, Dwight David Eijkman,Christiaan Eisele, Donn Fulton eisenstein, Ferdnand gotthold Elcano, Juan  
    http://www.sobiografias.hpg.ig.com.br/LetraEB.html

58. So Biografias: Nomes Com Inicial F
    Translate this page de Ferdinand Porsche, pai e filho Ferdine Frédéric Henri Moissan Ferdine JuliusCohn Ferdnand de Saussure Ferdnand gotthold eisenstein Ferdnand Philippe  
    http://www.sobiografias.hpg.ig.com.br/LetraF.html

59. Pronunciation Guide To Mathematicians
    Top. E- eisenstein, Ferdinand gotthold Max ? ; Erdos, Paul ? ; Escher  
    http://puzzle.jmath.net/math/mathcian/
    
    Extractions: Home Math Puzzles Links Contents A B C D ... B Babbage , Charls Âû½º ¹è¹èÁö Bachet de Meziriac, Claude Gaspard Ŭ·Îµå °¡½ºÆĸ£ ¹Ù¼Î µå ¸ÞÁö¸®¾Ç Baire , Rene Louis ¸£³× ·çÀÌ º£¸£ Banach , Stefan ½ºÅ×ÆÇ ¹Ù³ªÈå Barbier , Joseph Emile Á¶Á¦ÇÁ ¿¡¹Ð ¹Ù¸£ºñ¿¡ Barrow , Issac ¾ÆÀÌÀÛ ¹è·Î Bayes , Thomas Å丶½º º£ÀÌÁî Beltrami , Eugenio ¿¡¿ìÁ¦´Ï¿À º§Æ®¶ó¹Ì Bernoulli , Daniel ´Ù´Ï¿¤ º£¸£´­¸®(º£¸£´©ÀÌ) Bernstein , Felix Æ縯½º º£¸¥½´Å¸ÀÎ Bertrand , Joseph Louis Francois Á¶Á¦ÇÁ ·çÀÌ ÇÁ¶û¼ö¾Æ º£¸£Æ®¶û Besicovitch , Abram Samoilovitch ¾Æºê¶÷ »ç¸ðÀϷκñÄ¡ º£½ÃÄÚºñÄ¡ Betti , Enrico ¿£¸®ÄÚ º£Æ¼ Bezout , Etienne ¿¡Æ¼¿£ º£ÁÖ Bianchi , Luigi ·çÀÌÁö ºñ¾ÈÅ° Bieberbach , Ludwig Georg Elias ·çÆ®ºñÈ÷ °Ô¿À¸£Å© ¿¤¸®¾Æ½º ºñ¹ö¹ÙÈå Binet , Jacques Philippe Marie ÀÚÅ© Çʸ³ ¸¶¸® ºñ³× Birkhoff , George David Á¶Áö µ¥À̺ñµå ¹öÄÚÇÁ Blichfeldt , Hans Frederick Çѽº ÇÁ·¹µ¥¸¯ ºí¸®È÷ÆçÆ®(ºí¸¯ÆçÆ®) Bolyai , Farkas Wolfgan/Janos Æĸ£Ä«½Ã º¼ÇÁ°­/¾ß³ë½Ã º¸¿©ÀÌ (º¼¸®¾ÆÀÌ) Bolzano , Bernhard Placidus Johann Nepomuk º£¸¥Çϸ£Æ® ÇöóÄ¡µÎ½º ¿äÇÑ ³×Æ÷¹«Å© º¼Â÷³ë Bonnet , Pierre Ossian ÇÇ¿¡¸£ ¿À½Ã¾Ó º¸³× Boole , George Á¶Áö ºÒ Borel , Felix Edouard Justin Emile Æ縯½º ¿¡µÎ¾Æ¸£ Á㽺ÅÊ ¿¡¹Ð º¸·¼ Borsuk , Karol Ä«·Ñ º¸¸£¼÷ Bourbaki, Nicolas ´ÏÄݶó ºÎ¸£¹ÙÅ°

60. History - Page Seven
    seven. 1844 gotthold eisenstein (18231852) gives the first few termsof a series for one root of a canonical quintic. 1854 Josef  
    http://www.vimagic.de/hope/1/history_seven.html

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