1. A Science Odyssey: People And Discoveries: Werner Heisenberg Werner Heisenberg. 1901 1976. Werner Heisenberg's high school years were interrupted by World War I, when he had to leave school to help harvest crops in Bavaria. http://www.pbs.org/wgbh/aso/databank/entries/bpheis.html

Werner Heisenberg Werner Heisenberg's high school years were interrupted by World War I, when he had to leave school to help harvest crops in Bavaria. Back in Munich after the war, he volunteered as a messenger for democratic socialist forces that fought and ousted the communist government that had taken control of the Bavarian state. He was involved in youth groups trying to rebuild German society out of the ashes of World War I, including the "New Boy Scouts" which hoped to renew German life through direct experience of nature, Romantic poetry, music, and thought. An unusual start for a great contributor to twentieth-century physics. In 1920 he entered the University of Munich to pursue a degree in math. But the math professor wouldn't allow him into an advanced seminar, so he quit. He transferred to physics. He immediately took an interest in theoretical physicists, and soon met many scientists whose work would dominate the coming decades, including Niels Bohr , Wolfgang Pauli, Max Born, and Enrico Fermi. One of his chief interests was working out problems involved in the Bohr-Rutherford model of the atom In 1926 Heisenberg joined Bohr at the Institute for Theoretical Physics in Copenhagen. This turned out to be one of the most productive periods in Heisenberg's life. In 1927 he was puzzling over the basic quantum properties of electrons. He realized that the act of measuring an electron's properties by hitting it with gamma rays would alter the electron's behavior. Indeed, you could measure the position of an electron (or other particle) OR you could measure its momentum. But the more precisely you measure one property, the more you throw the other off. He tied this up in an equation using Planck's constant, and called it the uncertainty principle. While many resisted this idea, it eventually became accepted as a fundamental law of nature.

2. Heisenberg Werner Karl Heisenberg. Born 5 Dec Werner Heisenberg s father wasAugust Heisenberg and his mother was Anna Wecklein. At the time http://www-gap.dcs.st-and.ac.uk/~history/Mathematicians/Heisenberg.html

Werner Karl Heisenberg Born: Died: 1 Feb 1976 in Munich, Germany Click the picture above to see twelve larger pictures Show birthplace location Previous (Chronologically) Next Biographies Index Previous (Alphabetically) Next Main index Werner Heisenberg August Heisenberg was [3]:- ... a rather stiff, tightly controlled, authoritarian figure. He was an Evangelical Lutheran and his wife Anna had converted from being a Roman Catholic to make sure there were no religious problems with their marriage. August and Anna, however, were only religious for the sake of convention. A Christian belief was expected of people of their status so for them it was a social necessity. In private, however, they expressed their lack of religious beliefs, and in particular they brought up their children to follow Christian ethics but showed total disbelief in the historical side of Christianity. In 1914 World War I began and the Gymnasium was occupied by troops. Lessons were arranged in different buildings and as a result of the disruption Heisenberg undertook much independent study which probably had a beneficial effect on his education. His best subjects were mathematics, physics and religion but his record throughout his school career was excellent all round. In fact his mathematical abilities were such that in 1917 he tutored a family friend who was at university in calculus. During this period he belonged to a paramilitary organisation which operated in the Gymnasium with the intention of preparing the young men for later military service.

3. Biographies Info Science : Heisenberg Werner Karl http://www.infoscience.fr/histoire/biograph/biograph.php3?Titre=Heisenberg Werne

4. WIEM: Heisenberg Werner Carl heisenberg werner Carl (19011976), wybitny niemiecki fizyk teoretyczny, profesorfizyki uniwersytetów kolejno w Lipsku, Berlinie i Getyndze http://wiem.onet.pl/wiem/0072b4.html

WIEM 2004 - zobacz now± edycjê encyklopedii! Kup abonament i encyklopediê na CD-ROM, sprawd¼ ofertê cenow±! Oferta specjalna abonamentów dla szkó³ i instytucji! Uwaga! Przedstawione poni¿ej has³o pochodzi z archiwalnej edycji WIEM 2001! Prace redakcyjne nad edycj± 2001 zosta³y zakoñczone. Zapraszamy do korzystania z nowej, codziennie aktualizowanej i wzbogacanej w nowe tre¶ci edycji WIEM 2004 Fizyka, Niemcy Heisenberg Werner Carl Heisenberg Werner Carl (1901-1976), wybitny niemiecki fizyk teoretyczny, profesor fizyki uniwersytetów kolejno w Lipsku, Berlinie i Getyndze, wspó³twórca mechaniki kwantowej Heisenberga obraz mechanika macierzowa teorii pola oraz teoretycznego wyt³umaczenia zjawiska ferromagnetyzmu , autor tekstów filozoficznych i prac popularyzatorskich. W 1927 sformu³owa³ zasadê nieoznaczono¶ci, maj±c± fundamentalne znaczenie dla fizyki kwantowej ( Heisenberga zasada nieoznaczono¶ci W 1932 otrzyma³ Nagrodê Nobla "za stworzenie mechaniki kwantowej". Wprowadzi³ pojêcie izospinu oraz koncepcjê si³ wymiany dla wyja¶nienia wi±zania j±dra atomowego . W czasie II wojny ¶wiatowej kierowa³ niemieckimi pracami nad broni± j±drow± , by³ bliski uruchomienia reaktora j±drowego WIEM zosta³a opracowana na podstawie Popularnej Encyklopedii Powszechnej Wydawnictwa Fogra zobacz wszystkie serwisy do góry

5. MSN Encarta - Résultats De La Recherche - Heisenberg Werner Karl heisenberg werner Karl . Page1 sur 1. Plus de résultats avec MSN pour heisenberg werner Karl . http://fr.encarta.msn.com/Heisenberg_Werner_Karl.html

Accueil MSN Mon MSN Hotmail Rechercher ... S'abonner   Encarta Premium Rechercher Encarta R©sultats de la recherche pour "Heisenberg Werner Karl" Page sur 1 R©serv© aux abonn©s MSN Encarta Premium. Heisenberg, Werner Karl Encyclop©die EncartaArticle Heisenberg, Werner Karl (1901-1976), physicien allemand, laur©at du prix Nobel, un des fondateurs de la th©orie quantique et auteur du ... Allemagne Encyclop©die EncartaArticle Trouv© dans l'article Allemagne d©terminisme Encyclop©die EncartaArticle Trouv© dans l'article d©terminisme Werner Heisenberg Encyclop©die EncartaImage En 1927, Werner Heisenberg formule son c©l¨bre principe d'incertitude, qui stipule l'impossibilit© de sp©cifier simultan©ment et avec pr©cision la... Born, Max Encyclop©die EncartaArticle Trouv© dans l'article Born, Max incertitude, principe d' Encyclop©die EncartaArticle Trouv© dans l'article incertitude, principe d' quantique, th©orie Encyclop©die EncartaArticle Trouv© dans l'article quantique, th©orie chimie physique Encyclop©die EncartaArticle Trouv© dans l'article chimie physique science Encyclop©die EncartaArticle Trouv© dans l'article science Weimar, R©publique de

6. HEISENBERG: Werner Heisenberg Books http://kolmogorov.com/Heisenberg.html

7. Werner Heisenberg Werner Heisenberg The Matrix is the Thing. Earlier in 1925 than Schrödinger,Werner Heisenberg was working on a new description of matter. http://www.chembio.uoguelph.ca/educmat/chm386/rudiment/tourquan/heisen.htm

Werner Heisenberg The Matrix is the Thing Poisson's description of mechanics , rather than Hamilton's. As indicated, a central concept involves a quantity known as a Poisson Bracket, which has a simple definition and is most interesting when operators are being studied. Consider the following situation. Two useful properties to measure of any object could be the objects position and its momentum. Restrict our discussion to motion of a particle of mass m moving in a single direction, say the x direction. The value for x(t) is its position and the value of p x (t) is its momentum, both at a given moment in time t. P.W. Atkins, in his book "Molecular Quantum Mechanics" provides a cute little development of the uncertainty principle using these ideas for the particle undergoing simple harmonic motion. This development follows here: The basic equation of classical physics is Newton's Second Law: For simple harmonic motion, the definition is that the force F is proportional to the displacement, or that F = -k x(t), k being the proportionality, or force constant. With this definition for F, Newton's Second Law can be solved for x(t) giving This expresses the displacement as a function of time. By definition of momentum we find that for this particle

8. HEISENBERG   Werner Karl Last updated 25.05.2001 142737. Werner Karl Heisenberg byl nemeckýfyzik, žijící v letech 1901 1976. Byl žákem Maxe Born http://www.volny.cz/michal_bachman/heis.htm

Last updated: 25.05.2001 14:27:37 Werner Karl Heisenberg byl nìmecký fyzik, žijící v letech 1901 - 1976. Byl žákem Maxe Born a. Je to jeden ze zakldatelù kvantové mechaniky, k níž pøispìl v roce 1927 formulací principu neurèitosti. Nobelovu cenu za fyziku obdržel v roce 1932. Zasloužil se o rozvoj teorie mikroèástic, teorie atomového jádra, v roce 1928 zároveò s P.A.M. Dirac em zavedl pojem výmìnné interakce. Vedl též nukleární výzkum v pøedních ústavech západní Evropy. Optimální rozlišení - 1024x768, minimálnì 800x600. © Michal Bachman, 200 Veškeré ohlasy prosím sem

9. Heisenberg Werner From FOLDOC heisenberg werner. history of science, biography, philosophy germanphysicist (19011976) who expressed the uncertainty principle http://www.swif.uniba.it/lei/foldop/foldoc.cgi?Heisenberg Werner

10. HEISENBERG   Werner Karl Last updated 19.02.2004 165839. Werner Karl Heisenberg byl nemeckýfyzik, žijící v letech 1901 1976. Byl žákem Maxe Born http://nobelsoftware.com/vedci/heis.htm

Last updated: 19.02.2004 16:58:39 Werner Karl Heisenberg byl nìmecký fyzik, žijící v letech 1901 - 1976. Byl žákem Maxe Born a. Je to jeden ze zakldatelù kvantové mechaniky, k níž pøispìl v roce 1927 formulací principu neurèitosti. Nobelovu cenu za fyziku obdržel v roce 1932. Zasloužil se o rozvoj teorie mikroèástic, teorie atomového jádra, v roce 1928 zároveò s P.A.M. Dirac em zavedl pojem výmìnné interakce. Vedl též nukleární výzkum v pøedních ústavech západní Evropy. Optimální rozlišení - 1024x768, minimálnì 800x600. © Michal Bachman, 200 Veškeré ohlasy prosím sem

11. Werner Heisenberg - Wikipedia, The Free Encyclopedia Werner Heisenberg. From Wikipedia, the free encyclopedia. Werner KarlHeisenberg (December 5, 1901 February 1, 1976) was a celebrated http://en.wikipedia.org/wiki/Werner_Heisenberg

Werner Heisenberg From Wikipedia, the free encyclopedia. Werner Karl Heisenberg December 5 February 1 ) was a celebrated physicist and Nobel laureate, one of the founders of quantum mechanics Table of contents 1 Quantum mechanics 2 Work during the War 3 Looking back 4 References ... edit Quantum mechanics As a student, he met Niels Bohr in Göttingen in . A fruitful collaboration developed between the two. He invented matrix mechanics , the first formalization of quantum mechanics in . His uncertainty principle , discovered in , states that the determination of both the position and momentum of a particle necessarily contains errors, the product of these being not less than a known constant. Together with Bohr, he would go on to formulate the Copenhagen interpretation of quantum mechanics. He received the Nobel Prize in physics in "for the creation of quantum mechanics, the application of which has, inter alia, led to the discovery of the allotropic forms of hydrogen". edit Work during the War Nuclear fission was discovered in Germany in 1938. Heisenberg remained in Germany during World War II , working under the Nazi regime. He led Germany's

12. Âåðíåð Êàðë Ãåéçåíáåðã { Heisenberg Werner } (5.12.1901-1.02 The summary for this Russian page contains characters that cannot be correctly displayed in this language/character set. http://erudite.nm.ru/HeisenbergWerner.htm

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13. Werner Heisenberg heisenberg werner. New York Times 200201-07 (A14); Volkman,E. Baggett,B.Secret Intelligence. 1989 (40-1, 46). pages cited this search http://www.namebase.org/xhas/Werner-Heisenberg.html

HEISENBERG WERNER New York Times Volkman,E. Baggett,B. Secret Intelligence. 1989 pages cited this search: 4 Order hard copy of these pages Show a social network diagram for this name Try another NameBase search Back to home page

14. Heisenberg Werner Copenhagen Copenhagen Copenhagen In September, 1941, Werner Heisenberg, then leading Nazi Germany swartime effort to exploit the uses of nuclear fission, made a trip to http://all-computer-books.co.uk/Heisenberg_Werner_Copenhagen.html

Home Search High Volume Orders Links ... On Line Algorithms Additional Subjects International Workshop on Vision Algorithms Gary W. Eldred Scott E. Pattison Essentials of Christian Theology ... Autodesk AutoCAD LT 2004 Featured Books Copenhagen In September, 1941, Werner Heisenberg, then leading Nazi Germany's war-time effort to exploit the uses of nuclear fission, made a trip to Copenhagen to visit his former mentor, the brillant Danish physicist Niels Bohr. Together, in the 1920s, Bohr and Heisenberg had been instrumental in the development of quantum mechanics, complementarity and the uncertainty principle, concepts which provided the theoretical underpinning for modern nuclear physics and, ultimately, the atomic bomb. Hence, the... Written by Michael Frayn Michael Frayn Published by Anchor (August 2000) ISBN 0385720793 Price $12.00 See Also Jack Martin Eso-Iram-Nfra-Onsala Workshop Science Brain Pankaj N. Topiwala ... Stephen S. Burkhart Our Bookstores Cooking Books Games Books Computer Books Health Books ... Music Books Web Resources W3 Scholls Amazon Advanced BASH Microsoft .NET

15. Werner Karl Heisenberg Werner Karl Heisenberg. Werner Karl Heisenberg (19011976). Biograpical materialis found in Armin Hermann, Werner Heisenberg, 1901-1976, trans. http://www.nobel-winners.com/Physics/werner_karl_heisenberg.html

Werner Karl Heisenberg Werner Karl Heisenberg Physicist, philosopher, and public figure who helped to establish the modern science of quantum mechanics, out of which came the famous indeterminacy, or uncertainty, principle, for which he received the Nobel Prize for Physics in 1932. He also made important contributions to the theories of the hydrodynamics of turbulence, the atomic nucleus, ferromagnetism, cosmic rays, and elementary particles; and he planned the first post-World War II German nuclear reactor, at Karlsruhe, West Germany. Introduction. Early life. Heisenberg was born on December 5, 1901, in Wurzburg, Germany. He studied physics, together with Wolfgang Pauli, his lifelong friend and collaborator, under Arnold Sommerfeld at the University of Munich and completed his doctoral dissertation (1923) on turbulence in fluid streams. Heisenberg followed Pauli to the University of Gottingen and studied there under Max Born; then, in the fall of 1924, he went to the Institute for Theoretical Physics in Copenhagen to study under Bohr. Heisenberg's interest in Bohr's model of the planetary atom and his comprehension of its limitations led him to seek a theoretical basis for a new model. Bohr's conceptafter 1913 the centrepiece of what has come to be called the old quantum theoryhad been based on the classical motion of electrons in well-defined orbits around the nucleus, and the quantum restrictions had been imposed arbitrarily to bring the consequences of the model into conformity with experimental results. As a summary of existing knowledge and as a stimulus to further research, the Bohr atomic model had succeeded admirably, but the results of new research were becoming more and more difficult to reconcile with it.

16. Heisenberg heisenberg werner (5.12.1901 1.2.1976). Narodil se v Bavorsku vrodine gymnaziálního profesora filologie. Již behem studií http://kanto.hyperlink.cz/Heisenberg.htm

Heisenberg Werner (5.12.1901 - 1.2.1976) Narodil se v Bavorsku v rodinì gymnaziálního profesora filologie. Již bìhem studií na Maxmiliánovì gymnáziu v Mnichovì se projevilo Wernerovo nadprùmìrné nadání pro matematiku. Podle svých vzpomínek se již ve tøinácti letech zabýval infinitezimálním poètem, aby porozumìl fyzice svých hraèek. V roce 1923 získal v Mnichovì doktorát a zaèal pøednášet na univerzitì v Göttingenu. V té dobì se seznámil s vùdèím fyzikem té doby - Nielsem Bohrem. Fyzika v té dobì prožívala kritické období. Vìdci se snažili vysvìtlit zvláštní chování elektronù v atomech, protože stabilita elektronových drah byla oèividnì v rozporu se zákony klasické fyziky. Vìdci v èele s Bohrem pochopili, že v mikrosvìtì bude nutné nahradit klasickou newtonovskou fyziku úplnì novou teorií. Proto se o ní již v roce 1924 zaèalo hovoøit jako o kvantové mechanice . Bylo však nutné najít a zformulovat pøesné kvantové rovnice. První, komu se to podaøilo, byl právì Heisenberg. Na konci kvìtna roku 1925 dostal Heisenberg velkou sennou rýmu a uchýlil se pøed kvetoucími göttingenskými loukami na skalnatý ostrov Helgoland v Severním moøi. Právì zde jej napadlo øešení, pøièemž postup myšlení, kterým k tomuto øešení dospìl, je dodnes pro fyziky záhadou. Heisenberg sestavil experimentálnì zjištìné hodnoty energie stabilních elektronových drah do zvláštních tabulek - matic, ze kterých pomocí speciálních matematických operací dostal další tabulky, ve kterých se objevily takové velièiny, jako je poloha nebo rychlost elektronù v atomech. Tato teorie dostala název maticová mechanika. Následnì bìhem nìkolika mìsícù Heisenberg ve svých 24 letech vypracoval spoleènì s dalšími fyziky ucelenou matematickou podobu kvantových zákonù.

17. Green Apple Books: Heisenberg Werner by author. Current Search heisenberg werner in fields author. ResultsFor +Heisenberg +Werner , http://www.greenapplebooks.com/cgi-bin/mergatroid/results?searchfield=author&sea

18. Werner Heisenberg - Eine Biographie Translate this page Picture, Picture, Startseite. Leben. Familie. Werk. Impressum. Picture,Sie sind der. Besucher. 1997 Daniel Maringer. WWWOFFLE - Cached Tue http://rosa.physik.tu-berlin.de/~dschm/lect/heislek/

Sie sind der Besucher. Daniel Maringer WWWOFFLE - Cached Tue, 06 Jan 1998 12:10:30 GMT - [Refresh] - WWWOFFLE

19. Physics 1932 werner Karl heisenberg. Germany. werner heisenberg Biography NobelLecture Swedish Nobel Stamps Other Resources. prev 1931, 1933 next. http://www.nobel.se/physics/laureates/1932/

The Nobel Prize in Physics 1932 "for the creation of quantum mechanics, the application of which has, inter alia, led to the discovery of the allotropic forms of hydrogen" Werner Karl Heisenberg Germany Leipzig University Leipzig, Germany b. 1901 d. 1976 The Nobel Prize in Physics 1932 Presentation Speech Werner Heisenberg Biography ... Other Resources The 1932 Prize in: Physics Chemistry Physiology or Medicine Literature ... Peace Find a Laureate: SITE FEEDBACK CONTACT TELL A FRIEND Last modified June 24, 2003 The Official Web Site of The Nobel Foundation

20. Werner Heisenberg - Biography werner heisenberg – Biography. werner heisenberg was born on 5thDecember, 1901, at Würzburg. werner heisenberg died in 1976. http://www.nobel.se/physics/laureates/1932/heisenberg-bio.html

Werner Heisenberg University of Munich . It was probably due to his influence that Heisenberg remarked, when the Japanese physicist Yukawa discovered the particle now known as the meson and the term "mesotron" was proposed for it, that the Greek word "mesos" has no "tr" in it, with the result that the name "mesotron" was changed to "meson". Max Born Franck , and Hilbert. In 1923 he took his Ph.D. at the University of Munich and then became Assistant to Max Born at the , and in 1924 he gained the venia legendi at that University. From 1924 until 1925 he worked, with a Rockefeller Grant, with Niels Bohr , at the University of Copenhagen In 1926 he was appointed Lecturer in Theoretical Physics at the University of Copenhagen under Niels Bohr and in 1927, when he was only 26, he was appointed Professor of Theoretical Physics at the University of Leipzig In 1929 he went on a lecture tour to the United States, Japan, and India. In 1941 he was appointed Professor of Physics at the University of Berlin and Director of the Kaiser Wilhelm Institute for Physics there. In 1948 Heisenberg stayed for some months in Cambridge, England, to give lectures, and in 1950 and 1954 he was invited to lecture in the United States. In the winter of 1955-1956 he gave the Gifford Lectures at the

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