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Werner Heisenberg
werner heisenberg lived through two World Wars, in the as Jewish physics and sawheisenbergwho defended spirit. The crusade, led by nobel Prizewinning
http://www.sparknotes.com/biography/heisenberg/context.html

Extractions: - Navigate Here - Context Plot Overview Important Terms and People Youth World War I Youth Movement Munich The Zeeman Principle Quantum Mechanics Uncertainty Onset of the Nazi Regime World War II Reconstruction to the Final Years Study Questions and Essay Topics Review Test Suggestions for Further Reading Werner Heisenberg lived through two World Wars, in the losing country both times and on the decidedly morally objectionable side the second time. The questions will always surround his career: why did he remain in Germany, and why did he choose physics over ethics? The aftermath of World War I meant economic and political instability in Germany. Fear of communism left the nation in a state of paranoia. Rising inflation put all families in distress. Heisenberg himself was sent to a farm for one summer where he experienced hard labor for the first time. Political instability and general disillusionment also drove him to the youth movement, retreating along with many of Germany's young people. The activities of this youth movement taught Heisenberg to question tradition, a skill that would prove invaluable for his scientific career.
Atomfizikusok
Hahn, Otto (18791968), kémiai nobel-díjas (1944) német kémikus. Képek Hahn.heisenberg, werner Karl (1901-1976), nobel-díjas német elméleti fizikus.
http://www.szulocsatorna.hu/fizika/atom/tartalom/fizikus/fizikus.htm

Extractions: Készítette : Porkoláb Tamás Becquerel, Henri Antoine Nobel-díjas francia fizikus Képek: Becquerel fiatalon Becquerel idõs korában Bohr, Niels Henrik David Nobel-díjas dán elméleti fizikus Képek: Bohr fiatalon (1) Bohr idõs korában Bohr és Pauli Bohr és Sommerfeld ... Bohr, Heisenberg és Pauli Born, Max Nobel-díjas német elméleti fizikus Képek: Born fiatalon Born idõs korában Broglie, Prince Louis Victor de Nobel-díjas francia fizikus Képek: de Broglie Chadwick, Sir James Nobel-díjas angol fizikus Képek: Chadwick Compton, Arthur Holly Nobel-díjas amerikai fizikus Képek: Compton Curie-Sklodowska, Marie Nobel-díjas lengyel fizikus Képek: Madame Curie Madame és Pierre Curie Dirac, Paul Adrien Maurice Nobel-díjas angol elméleti fizikus Képek: Dirac Einstein, Albert Nobel-díjas német származású, amerikai elméleti fizikus Képek: Einstein fiatalon Einstein 1922-ben Einstein 1931-ben Einstein 1940-ben ... Einstein kidugja a nyelvét Fermi, Enrico Nobel-díjas olasz fizikus Képek: Fermi a táblánál Fermi Gábor Dénes Nobel-díjas magyar származású angol villamosmérnök, kutató
Physics 1932
nobel Prize in Physics 19012000 http//www.nobel.se, The nobel Prize in Physics1932. for hydrogen . werner Karl heisenberg. Germany. Leipzig
http://physics.uplb.edu.ph/laureates/1932/
Biography Of W. Heisenberg
werner heisenberg was born on 5th December, 1901, at Würzburg the discovery of allotropicforms of hydrogen, heisenberg was awarded the nobel Prize for
http://physics.uplb.edu.ph/laureates/1932/heisenberg-bio.html
Ciberfascículos "Grandes Científicos Del Siglo XX" - Werner Heisenberg
Translate this page fue desarrollada por Niels Bohr (y más tarde por heisenberg, Schrödinger, Pauli alcampo de la Física, muchos de ellos distinguidos con el premio nobel.
http://www.cienciadigital.net/cientificos/rutherford3.html

Extractions: Ernest Rutherford está considerado, con justicia, el padre de la Física Nuclear. Puede decirse que sus trabajos e ideas nos han desvelado un mundo nuevo: el mundo del núcleo atómico. Para hacerse una idea de la notable influencia de sus ideas entre sus contemporáneos basta señalar que la mecánica cuántica, una de las grandes revoluciones científicas de la historia de la Humanidad, fue desarrollada por Niels Bohr (y más tarde por Heisenberg, Schrödinger, Pauli, Dirac y otros) para tratar de hacer estable el átomo de Rutherford. Es de destacar, por otra parte, el liderazgo que ejerció sobre numerosos físicos que habrían de hacer grandes contribuciones al campo de la Física, muchos de ellos distinguidos con el premio Nobel. Para comprender su ideario científico es muy ilustrativo recordar sus propias palabras, pronunciadas en 1923 en una reunión de la British Association for the Advancement of Science: "Estoy cada vez más y más impresionado por el poder del método científico para extender nuestro conocimiento de la Naturaleza. Los experimentos, dirigidos por una imaginación disciplinada o, incluso mejor, por un grupo de individuos que posean diferentes puntos de vista, es capaz de alcanzar resultados que, de lejos, superan la imaginación del más grande filósofo natural. Los experimentos sin imaginación o la imaginación sin el recurso al experimento no llevan a gran cosa pues, para un progreso efectivo, es necesario una feliz combinación de estos dos poderes".
Werner Karl Heisenberg
Honours awarded to werner heisenberg. nobel Prize, Awarded 1932.Fellow of the Royal Society, Elected 1955. Other Web sites, Stockholm
http://physics.rug.ac.be/waterstofatoom/Shared/Biografieen/Heisenberg.htm

Extractions: Died: 1 Feb 1976 in Munich, Germany Werner Heisenberg attended school in Munich and the entered the University of Munich. There he, and his fellow student Pauli, studied physics under Sommerfeld. After completing his undergraduate course he continued study for his doctorate presenting his doctoral dissertation in 1923 on turbulence in fluid streams. Heisenberg, as Pauli had done shortly before, went from Munich to the University of Göttingen where he studied there under Max Born. In 1924 he went to the Institute for Theoretical Physics in Copenhagen where he studied under Niels Bohr. A lecture series by Niels Bohr convinced him to work on quantum theory. Heisenberg later wrote:- I learned optimism from Sommerfeld , mathematics at Göttingen, and physics from Bohr. In 1927 Heisenberg was appointed to a chair at the University of Leipzig. He was to hold this post until, in 1941, he was made director of the Kaiser Wilhelm Institute for Physics in Berlin. Heisenberg did important work in nuclear and particle physics, but his most important work was in quantum mechanics.
Heisenberg
werner heisenberg attended school in Munich and the entered heisenberg published ThePhysical Principles of Quantum Theory in he was awarded the nobel Prize in
http://physics.rug.ac.be/Fysica/Geschiedenis/mathematicians/Heisenberg.html

Extractions: Died: 1 Feb 1976 in Munich, Germany Werner Heisenberg attended school in Munich and the entered the University of Munich. There he, and his fellow student Pauli, studied physics under Sommerfeld. After completing his undergraduate course he continued study for his doctorate presenting his doctoral dissertation in 1923 on turbulence in fluid streams. Heisenberg, as Pauli had done shortly before, went from Munich to the University of Göttingen where he studied there under Max Born. In 1924 he went to the Institute for Theoretical Physics in Copenhagen where he studied under Niels Bohr. A lecture series by Niels Bohr convinced him to work on quantum theory. Heisenberg later wrote:- I learned optimism from Sommerfeld , mathematics at Göttingen, and physics from Bohr. In 1927 Heisenberg was appointed to a chair at the University of Leipzig. He was to hold this post until, in 1941, he was made director of the Kaiser Wilhelm Institute for Physics in Berlin. Heisenberg did important work in nuclear and particle physics, but his most important work was in quantum mechanics.
Heisenberg, Werner
heisenberg, werner. In 1926, heisenberg developed a form of the quantum theoryknown as matrix His 1932 nobel Prize in Physics cited not only his work on
http://www.slider.com/enc/24000/Heisenberg_Werner.htm
Werner Heisenberg An Inventory Of Spoken Word Audio Recordings In The Vincent Vo
C488 VVL02-0061-001 1973 Duration Abstract nobel Laureate werner Heisenbergspeaking at the Research Institutes of the University of Chicago in 1973.
http://www.lib.msu.edu/digital/vincent/findaids/Heisenberg.html

Extractions: Collection Summary Restrictions Index Terms Detailed Collection Description Main Speaker: Heisenberg, Werner1901-1976 Title: [Collected speeches of Werner Heisenberg ] Collection Dates: Quantity: 1 electronic audio file:digital sound recording The following terms may be useful for searching the MSU Library online catalog (MAGIC) for related sources. Heisenberg, Werner Physics Philosophy Return to the Table of Contents The recordings are available for listening in the Vincent Voice Library and on the Web, where noted. The recordings may be used in publications and presentations only with the permission and acknowledgment of the Vincent Voice Library. Return to the Table of Contents VVL-02-0061-001
Scientist Of The Month
One of the youngest winners of a nobel Prize, werner heisenberg wasone of the most influential scientists of the twentieth century.
http://www.longman.co.uk/tt_secsci/resources/scimon/july01/heisen.htm

Extractions: Heisenberg was born in Würzburg, Germany in 1901. His father was a Greek scholar who later became a professor at Munich University. Heisenberg himself went to Munich University in 1920 to study physics. By 1923 he had achieved a doctorate and moved on to the University at Göttingen. In 1901, Max Planck had shown that energy comes in small packets called "quanta". In the 1920s Munich and Göttingen were centres for the study of the new science of quantum mechanics. Scientists struggled to deduce the properties of the particles that make up atoms. Heisenberg soon showed that he fully grasped the implications of the new ideas. In 1924 Heisenberg went to study with one of the founders of quantum mechanics, Nils Bohr. He worked out his own mathematical theory that differed from Bohr's. Heisenberg was just 24 years old, yet his ideas had such an effect on physics that he was awarded the Nobel Prize for Physics just seven years later. Uncertainty
Foundation, Fellowships, Awards, Science, Scholar, Alexander Von Humboldt Founda
reestablished Alexander von Humboldt Foundation, werner heisenberg, one of Professorheisenberg was born in Würzburg in 1901 which he won the nobel Prize for
http://www.avh.de/en/stiftung/praesidenten/heisenberg.htm

Extractions: As the first President of the re-established Alexander von Humboldt Foundation, Werner Heisenberg, one of the greatest physicists of our century, not only helped to mould the Foundation's principles. He also represented them with vehemence externally. His name vouched for integrity, academic quality and unerringness in human and political judgement. His presidency was seen as a signal in often still sceptical foreign countries. He succeeded in introducing the Foundation's differentiated selection procedure, in which all disciplines and nations enjoy equal status. Professor Heisenberg was born in Würzburg in 1901 and died in Munich in 1976. These dates frame an outstandingly successful life as a scientist. He obtained his doctorate in Munich at the age of 22, qualified as post-doctoral lecturer in Göttingen at 23 and, at the age of only 26, became full professor in theoretical physics at Leipzig. At this age, he formulated the principle of "uncertainty relationship" for which he won the Nobel Prize for Physics in 1932.
JÃ©ki LÃ¡szlÃ³: Fizika A SzÃnpadon I.
Szereplo is három van Niels Bohr nobeldíjas fizikus, a feleségeMargrethe és vendégük, werner heisenberg nobel-díjas fizikus.
http://www.iif.hu/~visontay/ponticulus/hidveres/fizikus-szinpad-1.html

Extractions: (G¶ttingen, 1924) A n©zÅk k¶rben ¼lnek, k¶z©pen a sznpad, rajta eg©sz este mind¶ssze h¡rom sz©k. SzereplÅ is h¡rom van: Niels Bohr Nobel-djas fizikus, a feles©ge Margrethe ©s vend©g¼k, Werner Heisenberg Nobel-djas fizikus. Pontosabban nem is Åk, hanem a tºlvil¡gr³l visszat©rt szellem¼k. jra©lik annak az est©nek a t¶rt©net©t, amikor Heisenberg 1941-ben megl¡togatta Bohrt koppenh¡gai otthon¡ban. A darab cme: Copenhagen, szerzÅje Michael Frayn. 1998-ban heti nyolc elÅad¡sban j¡tszott¡k nagy sikerrel, telt h¡zzal a londoni West Enden. A darabot ezzel a tartalmi ¶sszefoglal³val hirdett©k a jegyirod¡k: "1941-ben Werner Heisenberg n©met fizikus k¼l¶n¶s utaz¡st tett Koppenh¡g¡ba, hogy d¡n kolleg¡j¡val, Niels Bohrral tal¡lkozzon. R©gi bar¡tok voltak, k¶z¶s munk¡juk nyitotta meg az atomhoz vezetÅ utat. Most a vil¡gh¡borºban ellenkezÅ oldalon ¡llnak, tal¡lkoz¡suk szerencs©tlen¼l v©gzÅd¶tt. Tud³sok ©s t¶rt©n©szek az³ta is vitatkoznak arr³l, vajon mi©rt utazott oda Heisenberg ©s mit mondhatott a k©t f©rfi."
Werner Heisenberg Centennial
Exposition werner heisenberg Life and Work from December 5, 2001 to January 7,2002 World Travel, International Conferences and Physics nobel Prize (1929-1933
http://www.heisenberg-centennial.de/eng/international.html

Extractions: Motto: "To spread out this 'Copenhagen spirit of quantum theory'" (Heisenberg, 1929) In early March 1929 Heisenberg completed a manuscript summarizing two years of efforts to formulate a relativistic quantum field theory. Then he went on a tour to the United States, leading him first to the East Coast - MIT in Boston and Columbia University in New York - and to the University of Chicago, where he delivered a series of lectures on "The Physical Principles of Quantum Theory". With his friend Paul Dirac, who had been staying simultaneosly at the University of Wisconsin, he then went to the West, visiting the Yellowstone National Park and Californian universities. Finally they proceeded to Japan (via Hawaii), where both presented lectures on their recent research in quantum mechanics. Heisenberg finally returned to Leipzig via China and India, while Dirac crossed the Soviet Union and came through Moscow on his way home to Cambridge. The travel round the world increased the reputation of Heisenberg and quantum mechanics enormously: he was invited again to the United States in 1932, and many American and Japanese students and scholars frequented his Leipzig institute. The international conferences of these years in Brussels - Solvay Congresses of 1930 and 1933 - and Rome - on nuclear physics in 1931 - , as well as the elitary meetings at Bohr's institute stimulated Heisenberg's work and propagated his latest theories, e.g., on the structure of atomic nuclei or the description of high-energy elementary particle processes in cosmic radiation.
Werner Heisenberg Centennial
honors, not only in his native country, foremost the 1932 nobel Prize in Institutfür Physik, received in 1981 the additional name wernerheisenberg-Institut
http://www.heisenberg-centennial.de/

Extractions: Werner Heisenberg ( curriculum vitae ) is one of the most outstanding representatives of science in the twentieth century. In 1925 he performed the decisive step to modern quantum physics, and two years later he contributed a central element of its physical interpretation, the uncertainty relation. He achieved further fundamental progress in solid-state, nuclear and elementary-particle theory. After World War II he was quite instrumental in restoring science in West Germany and promoting simultaneously international collaboration in physics, e.g. as co-founder of the European accelerator laboratory CERN at Geneva. Heisenberg also put considerable efforts in bringing closer the contents, language and beauty of modern physics to a wider public. He received numerous honors, not only in his native country, foremost the 1932 Nobel Prize in Physics.
Atomicarchive.comExplore The History, Science, And Consequences
werner heisenberg was born on December 5, 1901, at Würzburg, Germany. For thistheory, heisenberg was awarded the nobel Prize for Physics for 1932.
http://www.atomicarchive.com/Bios/Heisenberg.shtml

Extractions: Search: Biographies Glossary Historical Documents Arms Control Treaties ... Web Links Nobel Prize for Physics for 1932. He is also known for the Uncertainty Principle. In 1941 he was appointed the Director of the Kaiser Wilhelm Institute for Physics. Heisenberg was drafted by the Nazis to lead the German atomic bomb project. However, unlike the physicists in the Soviet Union or America, he wasn't as optimistic about the feasibility of building a bomb. Near the end of the Second World War, he and other German physicists were taken prisoner by American troops and sent to England. Due to several errors early in their investigation, the German effort was never close to developing an atomic weapon. Heisenberg had spent the entire war working on a nuclear reactor, but had never accomplished a chain reaction. Related Reading Heisenberg and the Nazi Atomic Bomb Project, 1939-1945
Uncertainty Principle (Werner Heisenberg)
The German physicist werner heisenberg (19011976) received the nobel Prizein physics in 1932 for his work in nuclear physics and quantum theory.
http://www.thebigview.com/spacetime/uncertainty.html

Extractions: At a time when Einstein had gained international recognition, quantum theory culminated in the late 1920's statement of the uncertainty principle, which says that the more precisely the position of a particle is determined, the less precisely the momentum is known in this instant, and vice versa. The above phrasing of the principle is a succinct version of the mathematically precise uncertainty relation that Heisenberg published in 1927. Since the momentum of a particle is the product of its mass and velocity, the principle is sometimes stated differently, however, its meaning remains the same: The act of measuring one magnitude of a particle, be it its mass, its velocity, or its position, causes the other magnitudes to blur. This is not due to imprecise measurements. Technology is advanced enough to yield hypothetical correct measurements. The blurring of these magnitudes is a fundamental property of nature. Click on this button to hear Heisenberg explaining his uncertainty principle. (.au, 176 kb) The uncertainty relation describes the "blur" between the measurable quantities of a particle in mathematical terms. Like much of the math in quantum theory, it is not for the faint of heart, which is to say it is completely unintelligible to most people. Therefore we restrict ourselves to a brief account on the underlying theories and how they developed into the "Copenhagen Interpretation", which Niels Bohr and Werner Heisenberg jointly elaborated as a complete and consistent view of quantum mechanics (the Copenhagen Interpretation refers to Bohr's place of birth).
BBC - BBC Four - Audio Interviews - Werner Karl Heisenberg
werner Karl heisenberg German physicist Awarded the 1932 nobel Prize for his workon Quantum Mechanics, heisenberg is best known for his discovery of the
http://www.bbc.co.uk/bbcfour/audiointerviews/profilepages/heisenbergw1.shtml
Deutsches Museum Bonn: Werner Heisenberg Forscher, Lehrer Und Organisator Der
Translate this page werner heisenberg Februar um 19 Uhr mit dem Vortrag »heisenberg Der Kolumbusder Die Ausstellung und der Vortrag sind Teil des »nobel Jahres« im
http://www.deutsches-museum-bonn.de/ausstellungen/heisenberg/default.html
Index/Contents Of : Early Ideas In The History Of Quantum Chemistry.
Links to a good biography. 100 KByte. . Hamiltonian (operator). heisenberg,werner Karl. 19011986, Links to the nobel e-Museum biography. 30 KByte.
http://www.quantum-chemistry-history.com/Ueberb1.htm
Werner Karl Heisenberg Biography
Only 25 years old in October 1927, werner Karl heisenberg accepted the to power in1933, but that same year heisenberg was awarded the nobel Prize in
http://www.artlu.net/essays/wernerbio.html

Extractions: Heisenberg: Werner Karl Heisenberg was born on December 5, 1901 in the city of Würzburg in the southern German principality of Bavaria. His parents, Dr. August Heisenberg and Anna (Annie) Heisenberg, married in 1899 after Anna converted from Catholicism to August's Lutheran faith. August was a professor of middle and Modern Greek philology at the University of Munich; Annie was the daughter of a Gymnasium principal and an authority on Greek tragedy. Werner was their second son. Their first son, Erwin, was born in 1900 and later became a chemist. In 1910, when Werner was eight years old, his father was appointed professor of medieval and Modern Greek studies at the University of Munich. Werner moved with his family to Munich, where they settled in the cultural section of Schwanbing. In September 1911 Werner entered the Maximilians-Gymnasium, where his maternal grandfather was principal. A Gymnasium was a nine-year school that prepared students to enter a university before going on to professional careers, such as medicine, law, or academics. After graduating, at the top of his class, Heisenberg went to the University of Munich in 1920. There, Heisenberg studied Einsteins theory of relativity entirely on his own, but he was less interested in the physics than in pure mathematics. He taught himself calculus simultaneously as he was tutoring a college student for her final exams. During his final oral exams before graduation, Heisenberg gave a demonstration of what he could do by solving the equations of projectile motion with air resistance taken into account. The examiner wrote, he makes use of infinitesimal calculus and proves that he has already gone far beyond the goal of middle school mathematics.

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