Yahoo Italia Ricerca nel Web

Risultati di ricerca

  1. Nicholas Kemmer FRS FRSE (7 December 1911 – 21 October 1998) was a Russian-born nuclear physicist working in Britain, who played an integral and leading edge role in United Kingdom's nuclear programme, and was known as a mentor of Abdus Salam – a Nobel laureate in physics.

  2. Nicolas Kemmer (7 décembre 1911 - 21 octobre 1998) est un physicien nucléaire d'origine russe travaillant en Grande-Bretagne, qui joue un rôle essentiel et de premier plan dans le programme nucléaire du Royaume-Uni, et est connu comme mentor d'Abdus Salam - lauréat du prix Nobel de physique.

  3. Nicholas Kemmer, particle physicist: born St Petersburg 7 December 1911; Beit Scientific Research Fellow, Imperial College, London 1936-38, Demonstrator 1938, Fellow 1971; Member of UK...

  4. Nicholas Kemmer, geboren als Nikolai Pawlowitsch Kemmer (* 7. Dezember 1911 in St. Petersburg; † 21. Oktober 1998 in Edinburgh ), war ein britischer theoretischer Physiker ( Kernphysik) mit russisch-deutschen Wurzeln. Kemmer war der Sohn des Ingenieurs Paul Kemmer und von Barbara Stutzer.

  5. Nicholas Kemmer. Nicholas Kemmer, theoretical physicist, former Tait Professor of Mathematical Physics in the University of Edinburgh. Born: 7 December 1911, in St Petersburg. Died: 21 October 1998 in Edinburgh, aged 86. Portrait of Nicholas Kemmer by Alberto Morrocco, 1980.

  6. The Papers of Professor Nicholas Kemmer. Collection Overview. Collection Organization. Container Inventory (empty) Scope and Contents. The collection held at Churchill Archives Centre includes Kemmer's personal and scientific papers. Dates. Creation: 1938 - 1988. Conditions Governing Access.

    • Churchill Archives Centre, Cambridge, CB3 0DS, Cambridgeshire
    • 01223 336087
  7. Abstract. Nicholas Kemmer was a theoretical physicist whose most famous contribution to science was the prediction in 1938 of the existence of three kinds of particle—one positive, one negative and one neutral—coupled to protons and neutrons in a symmetrical way so as to produce nuclear forces independent of charge.

    • Freeman Dyson
    • 2011