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Schwarzschild Karl:     more books (15)

Gesammelte Werke / Collected Works: Volume 1 by Karl Schwarzschild, 1992-06-16 Geasammelte Werke = Collected works - [Vol.1: Biography, 1. Celestial mechanics, 2.Sun and stellar atmospheres, 3. Cometary tails, 4. Structure, kinematics and dynamics of stellar systems] by Karl (1873-1916). Edited by H.H. Voigt Schwarzschild, 1992 Geasammelte Werke = Collected works - [Vol.3: 8. Optics, 9. Physical papers, 10. Miscellaneous, Bibliography] by Karl (1873-1916). Edited by H.H. Voigt Schwarzschild, 1992 Gesammelte Werke / Collected Works: Volume 3 by Karl Schwarzschild, 1992-10-16 Gesammelte Werke/Collected Works (Gesammelte Werke - Collected Works) by Karl Schwarzschild, 1992-12 Collected Works by Karl Schwarzschild, 1998-03 Karl Marx, the red Prussian (Universal library) by Leopold Schwarzschild, 1958 The red Prussian;: The life and legend of Karl Marx by Leopold Schwarzschild, 1948 The papers of Karl Schwarzschild (1873-1916): Correspondence, note and memorandum books, lecture notes, annotated and popular published works, miscellaneous ... academic and military records : [guide] by Bruce R Wheaton, 1975 Institutions of Private Law and Their Social Functions (International Library of Society) by Karl Renner, 1976-03-04 KARL MARX THE RED PRUSSIANBIO by Leopold Schwarzschild, 1947 Karl Marx the Red Prussian by Leopo Schwarzschild, 1947 The Red PrussianThe Life & Legend of Karl Marx by Leopold Schwarzschild, 1947 Red Prussian the Life & Legen :Karl Marx by Leopo Schwarzschild, 0000

lists with details

1. Schwarzschild
   A brief biography with reference to contemporary mathematicians and theories.Category Science Physics Relativity PeopleKarl Schwarzschild. General relativity. Honours awarded to Karl Schwarzschild (Clicka link below for the full list of mathematicians honoured in this way).  
   http://www-gap.dcs.st-and.ac.uk/~history/Mathematicians/Schwarzschild.html
   
   Extractions: Karl Schwarzschild published his first paper on the theory of orbits at the age of 16, then studied at Strasbourg, then at Munich where he obtained his doctorate with a dissertation on an application of 's theory of stable configurations of rotating bodies to tidal deformation of moons and to Laplace 's origin of the solar system At a meeting of the German Astronomical Society in Heidelberg in 1900 he discussed the possibility that space was non-Euclidean . In the same year he published a paper giving a lower limit for the radius of curvature of space as 2500 light years. Klein Hilbert and Minkowski While in Russia he wrote two papers on Einstein 's relativity theory and one on Planck 's quantum theory . The quantum theory paper explained that the Stark effect, namely the splitting of the spectral lines of hydrogen by an electric field (the amount being proportional to the field strength), could be proved from the postulates of quantum theory. This was proved independently by a P Epstein from Munich at almost the same time. Schwarzschild's relativity papers give the first exact solution of Einstein 's general gravitational equations, giving an understanding of the geometry of space near a point mass. He also made the first study of black holes showing that bodies of sufficiently large mass would have an escape velocity exceeding the speed of light and so could not be seen.

2. Famous People
   Translate this page Thomas Segre Emilio Shockley William Shull Glenwood Schrödinger Erwin SchawlowArthur Schrieffer John Schwartz Melvin schwarzschild karl Schwinger Julian  
   http://www.aldebaran.cz/famous/list_pqrs.html

3. Schwarzschild
   Karl Schwarzschild (18731916). Painting by Soshichi Uchii. Lastmodified Feb. 28, 2003. Soshichi Uchii suchii@bun.kyoto-u.ac.jp.  
   http://www.bun.kyoto-u.ac.jp/phisci/Gallery/schwarzschild.html

4. Kuffner Observatory - Karl Schwarzschild
   Karl Schwarzschild. In 1896, Karl Schwarzschild joined the Kuffnerobservatory as an assistant. Meanwhile, an astrograph, used to  
   http://www.kuffner.ac.at/eng/history/schwarzschild.html
   
   Extractions: Karl Schwarzschild In 1896, Karl Schwarzschild joined the Kuffner observatory as an assistant. Meanwhile, an astrograph, used to photograph the sky, had been mounted at the great refractor. Schwarzschild began to concern himself with the blackening of the photographic sheet. After long exposure times he managed to refine the model of the photographic blackening process by introducing an exponent of exposure time. This empirical exponent is nowadays called the "Schwarzschildexponent" and is well-known in astrophotography.

5. Karl Schwarzschild - Wikipedia
   Karl Schwarzschild. From Wikipedia, the free encyclopedia.  
   http://www.wikipedia.org/wiki/Karl_Schwarzschild
   
   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. Karl Schwarzschild October 9 May 11 ) was a noted German physicist and astronomer He was born in Frankfurt am Main . Something of a child prodigy he had a paper on orbits published when he was only sixteen. He studied at Strasbourg and Munich , obtaining his doctorate in for a work on Jules Henri Poincaré 's theories. From until he was a professor at the prestigious institute at Göttingen , where he had the opportunity to work with some significant figures including David Hilbert and Hermann Minkowski . He moved to a post at the Astrophysical Observatory in Potsdam in . At the outbreak of war in he joined the German army serving on both the western and eastern fronts, rising to the rank of lieutenant in the artillery.

6. Editions Jacques Gabay - Karl SCHWARZSCHILD
   Translate this page Karl SCHWARZSCHILD. Karl SCHWARZSCHILD. 1873 - 1916. Au catalogue des EditionsJacques Gabay MOLK ENCYCLOPEDIE DES SCIENCES MATHEMATIQUES  
   http://www.gabay.com/sources/Liste_Bio.asp?NP=SCHWARZSCHILD Karl

7. Karl Schwarzschild - Acapedia - Free Knowledge, For All
   Friends of Acapedia Karl Schwarzschild. From Wikipedia, the free encyclopedia.  
   http://acapedia.org/aca/Karl_Schwarzschild

8. Índice
   Translate this page Modelos de Evolução Russel Henry Modelos de Evolução Salpeter Edwin CristalizaçãoSchenberg Mário Emissão de Neutrinos schwarzschild karl Condição de  
   http://astro.if.ufrgs.br/evol/node58.htm
   
   Extractions: Volta: Interiores Estelares Anterior: Bibliografia Biermann Black Bok Bose Bose-Einstein Temperatura Temperatura BPM 37093 Breit-Wigner Burbidge Caughlan Cefeidas Clausius Compton Coulomb Cox Dahn Debye densidade Diaz Dirac Einstein emissividade energia entropia Temperatura Euler fator de Gaunt Fermi Fermi-Dirac Temperatura Temperatura Fontaine Fowler densidade de estados livres Temperatura Gamow Gaunt Giovannini Glendenning gradiente de temperatura Greenstein Hansen Hawking Hayashi Heisenberg Helmholtz Hoyle Huggins Iben Iglesias interiores estelares Interiores Estelares Jeans Kanaan Kawaler Kelvin Kelvin-Helmholtz Kepler

9. Schwarzschild, Karl (1873-1916) -- From Eric Weisstein's World Of Scientific Bio
   The man who solved Einstein's equations and predicted the existence of black holes  
   http://www.treasure-troves.com/bios/Schwarzschild.html
   
   Extractions: German astronomer and physicist who developed the use of photography for measuring variable stars. He also investigated the geometrical aberrations of optical systems using ray optics by introducing a perturbation equation which he called the Seidel eikonal Schwarzschild volunteered for military service and, while on the Russian front, completed the first two exact solutions of the Einstein field equations of general relativity one in static isotropic empty space surrounding a massive body (such as a black hole ), and one inside a spherically symmetric body of constant density. Shortly after this work, Schwarzschild died of a rare metabolic disorder.

10. Encyclopædia Britannica
    Encyclopædia Britannica. schwarzschild, karl. Encyclopædia Britannica Article  
    http://www.britannica.com/eb/article?eu=67981

11. Schwarzschild, Karl
    schwarzschild, karl. (18731916).  
    http://www.aldebaran.cz/famous/people/Schwarzschild_Karl.html
    
    Extractions: Schwarzschild, Karl Nìmecký matematik a fyzik. Studoval v Mnichovì, kde se zabýval vznikem Sluneèní soustavy. Devìt let pùsobil v Göttingen, kde spolupracoval s Kleinem Hilbertem a Minkowskim . Hlavními tématy jeho prací byla elektrodynamika, optika a vyzaøování hvìzd. Za první svìtové války pùsobil v Rusku, zabýval se vznikající kvantovou teorií a obecnou relativitou. Nalezl øešení Einsteinových rovnic pro symetrický pøípad, které vedlo na objev èerných dìr. Toto øešení nese jeho jméno (Schwarzschildovo øešení, 1916), stejnì tak jako polomìr horizontu èerné díry (Schwarzschildùv polomìr). Po Schwarzschildovi je pojmenován kráter na Mìsíci.

12. Karl-Schwarzschild Observatory
    Located northeast of Jena, Germany, the observatory profiles its telescope, features its research topics and provides a locator map. Thüringer Landessternwarte Tautenburg (TLS). karlschwarzschild-Observatorium. Address Thüringer Landessternwarte  
    http://www.tls-tautenburg.de/

13. Astronomische Gesellschaft
    Awards by the Astronomische Gesellschaft The Astronomische Gesellschaft awards the karl schwarzschild Medal to recognize outstanding scientific contributions.  
    http://www.astro.uni-jena.de/Astron_Ges/ag9ausze.html
    
    Extractions: deutsche Fassung or The Astronomische Gesellschaft awards the Karl Schwarzschild Medal to recognize outstanding scientific contributions. The awarding of the medal is accompanied by the Karl Schwarzschild lecture held at the scientific annual meeting and their publication by the AG ( Recipients of the Karl Schwarzschild Medal The Karl Schwarzschild awardee 2003 is Prof. Erika Boehm-Vitense. The Astronomische Gesellschaft awards honorary membership to persons to recognize individuals for their exceptional service to the Society ( Honorary members (listed according year of award)). The Ludwig Biermann Award was established in 1988 by the Astronomische Gesellschaft to be awarded in recognition of outstanding young astronomers. The award consists of financing a scientific stay at an institution of the recipient's choice ( Recipients of the Ludwig Biermann Award The society awards the for excellent popular representations of astronomical research results ( Recipients of the prize The Hans-Ludwig Neumann Prize was established in 1996 to recognize the advancement of astronomy at school ( Recipients of the prize Satzungen der Preise und Ehrungen (in deutscher Sprache) Reinhard E. Schielicke

14. Schwarzschild, Karl (1873-1916) -- From Eric Weisstein's World Of Scientific Bio
    schwarzschild, karl (18731916), German astronomer and physicist whodeveloped the use of photography for measuring variable stars.  
    http://scienceworld.wolfram.com/biography/Schwarzschild.html
    
    Extractions: German astronomer and physicist who developed the use of photography for measuring variable stars. He also investigated the geometrical aberrations of optical systems using ray optics by introducing a perturbation equation which he called the Seidel eikonal Schwarzschild volunteered for military service and, while on the Russian front, completed the first two exact solutions of the Einstein field equations of general relativity one in static isotropic empty space surrounding a massive body (such as a black hole ), and one inside a spherically symmetric body of constant density. Shortly after this work, Schwarzschild died of a rare metabolic disorder.

15. Schwarzschild
    A brief biography with reference to contemporary mathematicians and theories.  
    http://turnbull.dcs.st-and.ac.uk/~history/Mathematicians/Schwarzschild.html
    
    Extractions: Karl Schwarzschild published his first paper on the theory of orbits at the age of 16, then studied at Strasbourg, then at Munich where he obtained his doctorate with a dissertation on an application of 's theory of stable configurations of rotating bodies to tidal deformation of moons and to Laplace 's origin of the solar system At a meeting of the German Astronomical Society in Heidelberg in 1900 he discussed the possibility that space was non-Euclidean . In the same year he published a paper giving a lower limit for the radius of curvature of space as 2500 light years. Klein Hilbert and Minkowski While in Russia he wrote two papers on Einstein 's relativity theory and one on Planck 's quantum theory . The quantum theory paper explained that the Stark effect, namely the splitting of the spectral lines of hydrogen by an electric field (the amount being proportional to the field strength), could be proved from the postulates of quantum theory. This was proved independently by a P Epstein from Munich at almost the same time. Schwarzschild's relativity papers give the first exact solution of Einstein 's general gravitational equations, giving an understanding of the geometry of space near a point mass. He also made the first study of black holes showing that bodies of sufficiently large mass would have an escape velocity exceeding the speed of light and so could not be seen.

16. Schwarzschild
    Biography of karl schwarzschild (18731916) karl schwarzschild. Born 9 Oct 1873 in Frankfurt am Main, Germany  
    http://www-groups.dcs.st-and.ac.uk/~history/Mathematicians/Schwarzschild.html
    
    Extractions: Karl Schwarzschild published his first paper on the theory of orbits at the age of 16, then studied at Strasbourg, then at Munich where he obtained his doctorate with a dissertation on an application of 's theory of stable configurations of rotating bodies to tidal deformation of moons and to Laplace 's origin of the solar system At a meeting of the German Astronomical Society in Heidelberg in 1900 he discussed the possibility that space was non-Euclidean . In the same year he published a paper giving a lower limit for the radius of curvature of space as 2500 light years. Klein Hilbert and Minkowski While in Russia he wrote two papers on Einstein 's relativity theory and one on Planck 's quantum theory . The quantum theory paper explained that the Stark effect, namely the splitting of the spectral lines of hydrogen by an electric field (the amount being proportional to the field strength), could be proved from the postulates of quantum theory. This was proved independently by a P Epstein from Munich at almost the same time. Schwarzschild's relativity papers give the first exact solution of Einstein 's general gravitational equations, giving an understanding of the geometry of space near a point mass. He also made the first study of black holes showing that bodies of sufficiently large mass would have an escape velocity exceeding the speed of light and so could not be seen.

17. Schwarzschild Black Hole -- From Eric Weisstein's World Of Physics
    He was therefore quite surprised when, only a year later, karl schwarzschild(1916) discovered one by making the assumption of spherical symmetry.  
    http://scienceworld.wolfram.com/physics/SchwarzschildBlackHole.html
    
    Extractions: A black hole with zero charge Q = and no angular momentum J = 0. The exterior solution for such a black hole is known as the Schwarzschild solution (or Schwarzschild metric), and is an exact unique solution to the Einstein field equations of general relativity for the general static isotropic metric (i.e., the most general metric tensor that can represent a static isotropic gravitational field), In 1915, when Einstein first proposed them, the Einstein field equations appeared so complicated that he did not believe that a solution would ever be found. He was therefore quite surprised when, only a year later, Karl Schwarzschild (1916) discovered one by making the assumption of spherical symmetry. In empty space, the Einstein field equations become

18. References For Schwarzschild
    References for karl schwarzschild. Articles O Blumenthal, karl schwarzschild,Jahresberichte der Deutschen Mathematiker vereinigung 26 (1918), 5775.  
    http://www-gap.dcs.st-and.ac.uk/~history/References/Schwarzschild.html
    
    Extractions: O Blumenthal, Karl Schwarzschild, Jahresberichte der Deutschen Mathematiker vereinigung A S Eddington, Karl Schwarzschild, Monthly Notices of the Royal Astronomical Society A Einstein, Karl Schwarzschild, Sitzungsberichte der Preussischen Akademie der Wissenschaften zu Berlin E Hertzsprung, Karl Schwarzschild, Astrophysical Journal Main index Birthplace Maps Biographies Index

19. The Light Cone: The Schwarzschild Black Hole
    Introducing the Black Hole Just months after Einstein published his work on his Theory of Gravitation, karl schwarzschild (1916) found one solution to Einstein's equations the curvature due to a massive nonrotating spherical object.  
    http://suhep.phy.syr.edu/courses/modules/LIGHTCONE/schwarzschild.html
    
    Extractions: Just months after Einstein published his work on his Theory of Gravitation, Karl Schwarzschild (1916) found one solution to Einstein's equations: the curvature due to a massive nonrotating spherical object. That is, using Einstein's equation, Schwarzschild had determined how spacetime is curved due to the presence of a nonrotating spherical mass. In practical terms, the Schwarzschild spacetime describes the gravitational field of the Sun, or of the Earth. (The Sun and the Earth do rotate, but this rotation is negligible in these cases.) This spacetime was studied carefully, and it led to a few physical predictions. Firstly, it did as good a job as Newton's Theory of Gravity in explaining the motion of the planets around the sun. Second, it accounted for a tiny effect concerning the path of the planets ("The Anomalous Advance of the Perihelion") that Newton's Theory was unable to completely account for. The orbit of Mercury was studied, and the prediction was confirmed. Thirdly, it predicted a value for a tiny effect concerning the path of light-rays ("The Bending of Starlight") that Newton's Theory was unable to completely account for. Light from a star passing near the sun was studied. The Einstein Theory correctly predicted the amount of the deflection of starlight. (For practical purposes, one could only make the observation during a solar eclipse since sunlight was much brighter than the starlight to be studied.)

20. Encyclopædia Britannica
    being torn apart by tidal forces. schwarzschild, karl (1873–1916)German astronomer. trigonometric function In mathematics, one  
    http://www.britannica.com/search?query=bohr radius&ct=gen1&fuzzy=N&show=10&start

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