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  1. Dennis W. Sciama – Wikipedia. Dennis William Sciama (* 18. November 1926 in Manchester; † 19. Dezember 1999 in Oxford [1]) war ein britischer Physiker und beschäftigte sich insbesondere mit der Kosmologie . Inhaltsverzeichnis. 1 Leben und Wirken. 2 Veröffentlichungen (Auswahl) 3 Literatur. 4 Weblinks. 5 Einzelnachweise. Leben und Wirken.

  2. Dennis William Siahou Sciama, FRS (/ ʃ i ˈ æ m ə /; 18 November 1926 – 18 December 1999) was an English physicist who, through his own work and that of his students, played a major role in developing British physics after the Second World War.

  3. 17. Feb. 2000 · Dennis Sciama, who died on 18 December last year, was one of the far-sighted physicists involved in this transition. Sciama was a student of Paul Dirac, and like him became fascinated with...

    • George F.R Ellis
    • ellis@maths.uct.ac.za
    • 2000
  4. Dennis William Siahou Sciama, FRS (/ ʃ i ˈ æ m ə /; 18 November 1926 – 18/19 December 1999) was a British physicist. He was an important scientist for the development of British physics after the Second World War. He was the PhD supervisor to many famous cosmologists, including Stephen Hawking, Martin Rees and David Deutsch.

  5. 30. März 2024 · Dennis William Sciama (* 18. November 1926 in Manchester; † 19. Dezember 1999 in Oxford) war ein britischer Physiker und beschäftigte sich insbesondere mit der Kosmologie. Leben und Wirken. Er besuchte das Malvern College und studierte danach an der Universität Cambridge, wo er Student von Paul Dirac wurde.

  6. In 1953, in order to express Mach's Principle in quantitative terms, the Cambridge University physicist Dennis W. Sciama proposed the addition of an acceleration dependent term to the Newtonian gravitation equation.

  7. A transcript of an oral history interview with Dennis W. Sciama, a cosmologist and proponent of the steady-state theory, conducted in 1978 by Woodruff T. Sullivan III. The interview covers Sciama's background, his work on relativity and radio astronomy, and his views on the steady-state theory and its challenges.