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Hilbert David:     more books (100)

Principles of Mathematical Logic by David Hilbert, W. Ackermann, 1999-07-01 The Foundations of Geometry by David Hilbert, 2010-02-24 Geometry and the Imagination (CHEL/87.H) (AMS Chelsea Publishing) by David Hilbert, S. Cohn-Vossen, 1999-10-01 David Hilbert's Lectures on the Foundations of Physics 1915-1927: Relativity, Quantum Theory and Epistemology (David Hilbert's Lectures on the Foundations ... 1891-1933) (English and German Edition) Hilbert (Volume 0) by Constance Reid, 1996-04-19 Readings on Color, Vol. 2: The Science of Color David Hilbert's Lectures on the Foundations of Arithmetic and Logic 1917-1933 (English and German Edition) Mathematische Annalen, Volume 2 by Albert Einstein, Alfred Clebsch, et all 2010-02-23 Methoden der mathematischen Physik (German Edition) by Richard Courant, David Hilbert, 1993-10-25 Mathematische Annalen, Volume 21 by Albert Einstein, Alfred Clebsch, et all 2010-02-03 David Hilbert. Natur und mathematisches Erkennen: Vorlesungen gehalten 1919-1920 in Göttingen (German Edition) David Hilbert and the Axiomatization of Physics (1898-1918): From Grundlagen der Geometrie to Grundlagen der Physik (Archimedes) by L. Corry, 2010-11-02 Hilbert. Gedenkband: David Hilbert: Naturerkennen und Logik. Königsberg 1930 (German Edition) The Hilbert Challenge by Jeremy J. Gray, 2001-01-25

lists with details

1. DAVID HILBERT
   Brief biography with references.Category Science Math History People Hilbert, DavidDavid Hilbert (18621943) mathematician. David Hilbert, Gesammelte Abhandlungen,3 volumes, Chelsea, New York, 1965 (vol. 1, Zahlentheorie, 539 pages; vol.  
   http://faculty.evansville.edu/ck6/bstud/hilbert.html
   
   Extractions: mathematician For many years, Hilbert held the position at the Mathematical Institute at the University of Göttingen that was recognized as the most prestigious mathematical position in Germany, and possibly, in the world. His mathematical accomplishments, methods, and influence have been the subject of much study and writing, all well represented by two particular works: Constance Reid, Hilbert, Springer-Verlag, New York-Heidelberg-Berlin, 1970; Hermann Weyl, "David Hilbert and His Mathematical Work," Bulletin of the American Mathematical Society A shortened version of Weyl's article is reprinted in Reid's book, which is also the source of the image of Hilbert seen here. The image dates from 1912, a time when portraits of professors were popular on postcards sold in Göttingen. Hilbert's name is remembered in connection with Emmy Noether in at least three ways: (1) her transition from Gordan's constructivist methods to Hilbert's axiomatic and existential methods, largely through her work with Ernst Fischer while she was still at Erlangen; (2) Hilbert and Klein's invitation for Noether to join them at Göttingen, where she became one of the world's leading algebraists; and (3) Hilbert's often quoted rejoinder on Noether's behalf at a meeting of the University Senate. Opposers to Noether's application for the position of Privatdozent had argued, according to Reid: "How can it be allowed that a woman become a Privatdozent? Having become a Privatdozent, she can then become a professor and a member of the University Senate. Is it permitted that a woman enter the Senate?" They argued informally, "What will our soldiers think when they return to the University and find that they are expected to learn at the feet of a woman?"

2. David Hilbert
   David Hilbert Seite aus einem deutschsprachigen OnlinePhilosophenlexikon. Der Mathematiker und Logiker David Hilbert wirkte in Königsberg und in Göttingen.  
   http://www.philosophenlexikon.de/hilbert.htm
   
   Extractions: Ebbinghaus - Ewald ... Geschichte der Philosophie Diskussion PhilTalk Philosophieforen Andere Lexika PhilLex -Lexikon der Philosophie Lexikon der griechischen Mythologie PhiloThek Bibliothek der Klassiker Zeitschriftenlesesaal Nachschlagewerke Allgemeine Information ... Dokumentenlieferdienste Spiele Philosophisches Galgenraten PhilSearch.de Shops PhiloShop PhiloShirt Service Kontakt Impressum eMail Der Mathematiker und Logiker Grundlagen der Geometrie Eukleides von Alexandreia beginnende Entwicklung setzte. In dem an die Entdeckung der mengentheoretischen Antinomien Cantor aufgeben. powered by Uwe Wiedemann

3. Hilbert
   Biography from the MacTutor History of Mathematics Archive.Category Science Math History People Hilbert, DavidDavid Hilbert. Born 23 Jan 1862 David Hilbert attended the gymnasiumin his home town of Königsberg. After graduating from the  
   http://www-gap.dcs.st-and.ac.uk/~history/Mathematicians/Hilbert.html
   
   Extractions: David Hilbert attended the gymnasium Lindemann for his doctorate which he received in 1885 for a thesis entitled One of Hilbert's friends there was Minkowski In 1884 Hurwitz In 1892 Schwarz Weierstrass 's chair and Klein Klein failed to persuade his colleagues and Heinrich Weber was appointed to the chair. Klein Fuchs Minkowski Hilbert's first work was on invariant theory and, in 1888, he proved his famous Basis Theorem. Twenty years earlier Gordan had proved the finite basis theorem for binary forms using a highly computational approach. Attempts to generalise Gordan 's work to systems with more than two variables failed since the computational difficulties were too great. Hilbert himself tried at first to follow Gordan 's approach but soon realised that a new line of attack was necessary. He discovered a completely new approach which proved the finite basis theorem for any number of variables but in an entirely abstract way. Although he proved that a finite basis existed his methods did not construct such a basis. Hilbert submitted a paper proving the finite basis theorem to Mathematische Annalen.

4. Hilbert, David (1862-1943) -- From Eric Weisstein's World Of Scientific Biograph
   hilbert david (18621943) Matemático alemán nacido en Könisgberg y fallecido en Gotinga.  
   http://www.treasure-troves.com/bios/Hilbert.html
   
   Extractions: German mathematician who set forth the first rigorous set of geometrical axioms in Foundations of Geometry (1899). He also proved his system to be self-consistent. He invented a simple space-filling curve known as the hilbert curve and demonstrated the "basis theorem" in invariant theory. His many contributions span number theory (Zahlbericht), mathematical logic differential equations and the three-body problem He also proved Waring's theorem At the Paris International Congress of 1900, Hilbert proposed 23 outstanding problems in mathematics to whose solutions he thought twentieth century mathematicians should devote themselves. These problems have come to be known as Hilbert's problems and a number still remain unsolved today. After Hilbert was told that a student in his class had dropped mathematics in order to become a poet, he is reported to have said "Goodhe did not have enough imagination to become a mathematician" (Hoffman 1998, p. 95).

5. WIEM: Hilbert David
   hilbert david (18621943), matematyk niemiecki, profesor uniwersytetu w Getyndze, w 1. po. XX w. najwybitniejszy yjcy matematyk na wiecie  
   http://www.encyklopedia.pl/wiem/0050e5.html
   
   Extractions: poka¿ powi±zane Hilbert David (1862-1943), matematyk niemiecki, profesor uniwersytetu w Getyndze, w 1. po³. XX w. najwybitniejszy ¿yj±cy matematyk na ¶wiecie, wywar³ silny wp³yw na rozwój matematyki wspó³czesnej. W 1900 podczas obrad Miêdzynarodowego Kongresu Matematyków w Pary¿u nakre¶li³ kierunki rozwoju matematyki przedstawiaj±c 23 g³ówne problemy, z których wiêkszo¶æ znalaz³a do dzi¶ rozwi±zanie. By³ autorem wielu prac z takich dziedzin, jak: algebraiczna teoria liczb, teoria równañ ró¿niczkowych i  równañ ca³kowych rachunek wariacyjny , logika matematyczna, aksjomatyka geometrii, topologia analiza funkcjonalna . Zwróci³ uwagê na konieczno¶æ aksjomatycznego konstruowania wszelkich teorii matematycznych. Pod koniec ¿ycia zosta³ odsuniêty przez nazistów od dzia³alno¶ci uniwersyteckiej. Zobacz równie¿ Aksjomat Powi±zania Absolutna geometria Godla twierdzenia Bernays Paul Isaak Operator wyboru e ... do góry Encyklopedia zosta³a opracowana na podstawie Popularnej Encyklopedii Powszechnej Wydawnictwa Fogra

6. WIEM: Hilbert David
   (encyklopedia.pl)Category World Polska Leksykon Encyklopedia encyklopedia.pl Hhilbert david (18621943), matematyk niemiecki, profesor uniwersytetu w Getyndze,w 1. pol. XX w. najwybitniejszy zyjacy matematyk na swiecie  
   http://wiem.onet.pl/wiem/0050e5.html
   
   Extractions: poka¿ powi±zane Hilbert David (1862-1943), matematyk niemiecki, profesor uniwersytetu w Getyndze, w 1. po³. XX w. najwybitniejszy ¿yj±cy matematyk na ¶wiecie, wywar³ silny wp³yw na rozwój matematyki wspó³czesnej. W 1900 podczas obrad Miêdzynarodowego Kongresu Matematyków w Pary¿u nakre¶li³ kierunki rozwoju matematyki przedstawiaj±c 23 g³ówne problemy, z których wiêkszo¶æ znalaz³a do dzi¶ rozwi±zanie. By³ autorem wielu prac z takich dziedzin, jak: algebraiczna teoria liczb, teoria równañ ró¿niczkowych i  równañ ca³kowych rachunek wariacyjny , logika matematyczna, aksjomatyka geometrii, topologia analiza funkcjonalna . Zwróci³ uwagê na konieczno¶æ aksjomatycznego konstruowania wszelkich teorii matematycznych. Pod koniec ¿ycia zosta³ odsuniêty przez nazistów od dzia³alno¶ci uniwersyteckiej. Zobacz równie¿ Aksjomat Powi±zania Absolutna geometria Godla twierdzenia Bernays Paul Isaak Operator wyboru e ... do góry Encyklopedia zosta³a opracowana na podstawie Popularnej Encyklopedii Powszechnej Wydawnictwa Fogra

7. Hilbert David From FOLDOC
   hilbert david. history of mathematics, history of philosophy, biography german mathematician (18621943) whose influential lecture  
   http://www.swif.uniba.it/lei/foldop/foldoc.cgi?Hilbert David

8. HILBERT
   Translate this page hilbert david (1862-1943). Matemático alemán nacido en Könisgbergy fallecido en Gotinga. Durante el siglo XIX se puso de manifiesto  
   http://almez.pntic.mec.es/~agos0000/Hilbert.html

9. Der Briefwechsel David Hilbert / Felix Klein (1886-1918) Hilbert David Klein Fel
   Translate this page Der Briefwechsel David Hilbert / Felix Klein (1886-1918) hilbert davidKlein Felix. Autor hilbert david Klein Felix. Rubrik Kategorie  
   http://www.easybuchdirekt.de/Hilbert-David-Klein-Fe-Der-Briefwechsel-David-Hi-35

10. Recherche : Auteur
    hilbert david , CertificationIDDN. Dans les fiches. 2 fiches trouvées  
    http://publimath.irem.univ-mrs.fr/cgi-bin/publimath.pl?r=auteur=Hilbert David

11. David F Redmiles - ResearchIndex Document Query
    An Approach to LargeScale Collection of Application Usage.. - Hilbert, Redmiles(1998) (Correct) (5 citations) David M. hilbert david F. Redmiles ABSTRACT  
    http://citeseer.nj.nec.com/cs?q=David F. Redmiles

12. David F Lively - ResearchIndex Document Query
    Hilbert, Redmiles (1998) (Correct) (5 citations) 1 714 824 3100 {dhilbert,redmiles}ics.uci.eduDavid M. hilbert david F. Redmiles ABSTRACT Empirical David M  
    http://citeseer.nj.nec.com/cs?q=David F. Lively

13. David Hilbert
    David Hilbert (18621943). David Hilbert was born in Koenigsberg, East Prussiain 1862 and received his doctorate from his home town university in 1885.  
    http://www.sonoma.edu/Math/faculty/falbo/hilbert.html
    
    Extractions: Excerpt from Math Odyssey 2000 David Hilbert was born in Koenigsberg, East Prussia in 1862 and received his doctorate from his home town university in 1885. His knowledge of mathematics was broad and he excelled in most areas. His early work was in a field called the theory of algebraic invariants. In this subject his contributions equaled that of Eduard Study, a mathematician who, according to Hilbert, "knows only one field of mathematics." Next after looking over the work done by French mathematicians, Hilbert concentrated on theories involving algebraic and transfinite numbers. In 1899 he published his little book The Foundations of Geometry , in which he stated a set of axioms that finally removed the flaws from Euclidean geometry. At the same time and independently, the American mathematician Robert L. Moore (who was then 19 years old) also published an equivalent set of axioms for Euclidean geometry. Some of the axioms in both systems were the same, but there was an interesting feature about those axioms that were different. Hilbert's axioms could be proved as theorems from Moore's and conversely, Moore's axioms could be proved as theorems from Hilbert's. After these successes with the axiomatization of geometry, Hilbert was inspired to try to develop a program to axiomatize all of mathematics. With his attempt to achieve this goal, he began what is known as the "formalist school" of mathematics. In the meantime, he was expanding his contributions to mathematics in several directions partial differential equations, calculus of variations and mathematical physics. It was clear to him that he could not do all this alone; so in 1900, when he was 38 years old, Hilbert gave a massive homework assignment to all the mathematicians of the world.

14. Biografía - Resultado
    Translate this page Biografías. ¿Qué biografía buscas? Resultado memo encontró esta biografíahilbert david (Königsberg, 1862 - Gotinga, 1943) Matemático alemán.  
    http://www.memo.com.co/scripts/fenonino/aprenda/diccionarios/biogresult.php3?bio

15. Hilbert
    Translate this page hilbert david allemand, 1862-1943 Professeur à l'université de Königsberg,sa ville natale, puis à Göttingen (1895). Hilbert  
    http://www.sciences-en-ligne.com/momo/chronomath/chrono1/Hilbert.html
    
    Extractions: allemand, 1862-1943 Cantor Fuchs Hermite Klein ... Weierstrass Grundlagen der Geometrie Klein ), dans la construction d'espaces vectoriels topologiques et fonctionnels abstraits sur R ou C espaces hilbertiens ) englobant les espaces vectoriels euclidiens Euclide ) et hermitiens Hermite Euclide . On y trouve, en particulier, l' pour les segments et l'axiome de Pasch Euclide consistante , de la et de la Espace de Hilbert : on appelle ainsi (depuis von Neumann ) un espace vectoriel sur R ou C muni d'un produit scalaire complet calcul des variations orthogonaux pour un produit scalaire convenable. Notons aussi que les espaces de Hilbert sont un outil essentiel en et en calcul tensoriel Exemple : R , on introduit le produit scalaire : (classe importante de fonctions pour l' approximation quadratique Lebesgue , cet espace se note L Lebesgue n'implique pas celle de f : par exemple, x 1/x Produit scalaire et norme : Pour en savoir plus Nicolas Bourbaki

16. Hilbert David
    hilbert david, urodzil sie w 1862, zmarl w 1943, matematyk niemiecki; zajmowalsie algebraiczna teoria liczb, teoria równan calkowych, zagadnieniami  
    http://strony.wp.pl/wp/askgruchala/matematyka/matematycy/hilbert.htm
    
    Extractions: Hilbert David, urodzi³ siê w 1862, zmar³ w 1943, matematyk niemiecki; zajmowa³ siê algebraiczn± teori± liczb, teori± równañ ca³kowych, zagadnieniami rachunku wariacyjnego, podstawami geometrii i logiki matematycznej oraz problemami fizyki matematycznej. Hilbert by³ profesorem uniwersytetu w Getyndze, jednego z najwa¿niejszych wówczas o¶rodków my¶li matematycznej w ¶wiecie. W pierwszym okresie swej dzia³alno¶ci naukowej pracowa³ nad teori± niezmienników algebraicznych. Udowodni³ wa¿ne twierdzenie o istnieniu skoñczonej bazy dla uk³adu niezmienników. Prace Hilberta w dziedzinie algebraicznej teorii liczb inspirowa³y wielu matematyków. Badania Hilberta w zakresie podstaw geometrii wskaza³y nowy punkt widzenia problemów geometrycznych. Wyniki badañ opublikowa³ Hilbert w ksi±¿ce Grund-lagen der Geometrie, 1899 (Podstawy geometrii), w której poda³ formalne aksjomatyczne ujêcie geometrii klasycznej. Ksi±¿ka ta, wznawiana do dzisiaj, zosta³a przet³umaczona na wiele jêzyków. Badania Hilberta w zakresie rachunku wariacyjnego oraz teorii równañ ca³kowych doprowadzi³y do powstania wa¿nego pojêcia „przestrzeni Hilberta" oraz innych pojêæ analizy funkcjonalnej, w szczególno¶ci aparatu matematycznego mechaniki kwantowej. W dziedzinie teorii liczb

17. David Hilbert
    hilbert david 18621943, hilbert david 1862-1943, hilbert david 1862-1943.  
    http://trucsmaths.free.fr/images/matheux/math_hilbert.htm

18. David Hilbert - Wikipedia
    David Hilbert. From Wikipedia, the free encyclopedia. David Hilbert (1862 1943)was a German mathematician known for several contributions to mathematics  
    http://www.wikipedia.org/wiki/David_Hilbert
    
    Extractions: Main Page Recent changes Edit this page Older versions Special pages Set my user preferences My watchlist Recently updated pages Upload image files Image list Registered users Site statistics Random article Orphaned articles Orphaned images Popular articles Most wanted articles Short articles Long articles Newly created articles Interlanguage links All pages by title Blocked IP addresses Maintenance page External book sources Printable version Talk Log in Help From Wikipedia, the free encyclopedia. David Hilbert February 14 ) was a German mathematician known for several contributions to mathematics: Solving several important problems in the theory of invariants. Hilbert's basis theorem solved the principal problem in the 1800s invariant theory by showing that any form of a given number of variables and of a given degree has a finite, yet complete system of independent rational integral invariants and covariants. Unifying the field of algebraic number theory with his 1897 treatise Zahlbericht (literally "report on numbers"). Providing the first correct and complete axiomatization of geometry with his 1899 book Grundlagen der Geometrie ("Foundations of Geometry").

19. David Hilbert - Wikipedia
    David Hilbert. (Redirected from Hilbert). David Hilbert (1862 1943) wasa German mathematician known for several contributions to mathematics  
    http://www.wikipedia.org/wiki/Hilbert
    
    Extractions: Main Page Recent changes Edit this page Older versions Special pages Set my user preferences My watchlist Recently updated pages Upload image files Image list Registered users Site statistics Random article Orphaned articles Orphaned images Popular articles Most wanted articles Short articles Long articles Newly created articles Interlanguage links All pages by title Blocked IP addresses Maintenance page External book sources Printable version Talk Log in Help (Redirected from Hilbert David Hilbert February 14 ) was a German mathematician known for several contributions to mathematics: Solving several important problems in the theory of invariants. Hilbert's basis theorem solved the principal problem in the 1800s invariant theory by showing that any form of a given number of variables and of a given degree has a finite, yet complete system of independent rational integral invariants and covariants. Unifying the field of algebraic number theory with his 1897 treatise Zahlbericht (literally "report on numbers"). Providing the first correct and complete axiomatization of geometry with his 1899 book Grundlagen der Geometrie ("Foundations of Geometry").

20. David Hilbert
    David Hilbert (1862 1943) Mathematician Algebraist Topologist GeometristNumber Theorist Physicist Analyst Genius And modest too  
    http://www.math.umn.edu/~wittman/hilbert.html
    
    Extractions: (Well, at least the funkiest when he was alive. He's dead now, but he's still pretty funky. I don't mean funky like he smells funky, but I'm sure he does since he's been dead for over half a century. Of course, he was German, so the term probably wouldn't be applied to him. It would probably be more like funkisch. Hey, there's five years of German classes well spent. And he was born way before disco was king, so the term funky or funkisch probably wasn't used at all back then. I'm not saying that Davey wouldn't like disco. He was known to be a very good dancer in his time. That was mostly big band music hall stuff, but I'm sure he could manage to do the Hustle. And that's pretty hip for a mathematician. Not that all mathematicians aren't hip, mind you. I know one that even had a beer party recently. Of course, he did take that opportunity to gather beer tasting data in the form a block design using random permutations of 4-subsets of a 6-set. I'll stop now.) "Every boy in the streets of Gottingen understands more about four-dimensional geometry than Einstein. Yet, in spite of that, Einstein did the work and not the mathematicians." - Hilbert, 1915

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