Christopher Pethick (German Wikipedia)

Analysis of information sources in references of the Wikipedia article "Christopher Pethick" in German language version.

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amphilsoc.org

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aps.org

ku.dk

nbi.ku.dk

  • for pioneering contributions and profound insights into many-body physics across diverse physical systems, ranging from ultracold atoms and quantum liquids to dense nuclear matter in neutron stars and stellar collapse (Laudatio).Christopher Pethick receives the Feenberg Award. In: nbi.ku.dk. 15. August 2015, abgerufen am 30. Januar 2018 (englisch): „...for his pioneering contributions and profound insights into many-body physics across diverse physical systems, ranging from ultracold atoms and quantum liquids to dense nuclear matter in neutron stars and stellar collapse.“

redirecter.toolforge.org

  • Christopher Pethick wins Onsager Prize. In: nbi.ku.dk. 31. Oktober 2007, archiviert vom Original (nicht mehr online verfügbar) am 3. März 2016; abgerufen am 30. Januar 2018 (englisch): „awarded in part [...] for work on the properties of ultra cold atomic gases. [...] Also mentioned in the citation is earlier work on the traditional quantum liquids, helium-3 and helium-4, for which many of the basic concepts used to understand quantum phenomena in ultra cold gases were developed.“
  • Christopher Pethick receives the prestigious Hans Bethe Prize. In: nbi.ku.dk. 5. Oktober 2010, ehemals im Original (nicht mehr online verfügbar); abgerufen am 30. Januar 2018 (englisch): „for his fundamental contributions to the understanding of nuclear matter at very high density, the structure of neutron stars, their cooling and the related neutrino processes and astrophysical phenomena“

royalacademy.dk

web.archive.org

  • Christopher Pethick wins Onsager Prize. In: nbi.ku.dk. 31. Oktober 2007, archiviert vom Original (nicht mehr online verfügbar) am 3. März 2016; abgerufen am 30. Januar 2018 (englisch): „awarded in part [...] for work on the properties of ultra cold atomic gases. [...] Also mentioned in the citation is earlier work on the traditional quantum liquids, helium-3 and helium-4, for which many of the basic concepts used to understand quantum phenomena in ultra cold gases were developed.“