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  1. en.wikipedia.org › wiki › Lars_OnsagerLars Onsager - Wikipedia

    Lars Onsager (November 27, 1903 – October 5, 1976) was a Norwegian American physical chemist and theoretical physicist. He held the Gibbs Professorship of Theoretical Chemistry at Yale University .

  2. Lars Onsager (Oslo, 27 de novembro de 1903 — Coral Gables, 5 de outubro de 1976) foi um físico-químico norueguês, naturalizado estadunidense. [1]

  3. Lars Onsager was born in Oslo, Norway, November 27, 1903 to parents Erling Onsager, Barrister of the Supreme Court of Norway, and Ingrid, née Kirkeby. In 1933 he married Margarethe Arledter, daughter of a well-known pioneer in the art of paper making, in Cologne, Germany. They have sons Erling Frederick, Hans Tanberg, and Christian Carl, and a ...

  4. 29 de mar. de 2024 · Lars Onsager (born Nov. 27, 1903, Kristiania [now Oslo], Nor.—died Oct. 5, 1976, Coral Gables, Fla., U.S.) was a Norwegian-born American chemist whose development of a general theory of irreversible chemical processes gained him the 1968 Nobel Prize for Chemistry. His early work in statistical mechanics attracted the attention of the Dutch ...

    • The Editors of Encyclopaedia Britannica
  5. Lars Onsager. The Nobel Prize in Chemistry 1968. Born: 27 November 1903, Kristiania (now Oslo), Norway. Died: 5 October 1976, Coral Gables, FL, USA. Affiliation at the time of the award: Yale University, New Haven, CT, USA. Prize motivation: “for the discovery of the reciprocal relations bearing his name, which are fundamental for the ...

  6. 14 de dez. de 2018 · A tribute to Lars Onsager, one of the three pillars of theoretical physical chemistry, by Biman Bagchi, a professor of chemistry at IISc. The article covers Onsager's contributions to statistical mechanics, irreversible processes, electrolytes, colloids, and superfluids.

  7. Lars Onsager was a Norwegian-American theoretical physical chemist who discovered the Onsager reciprocal relations for irreversible processes. He made major contributions to various fields of chemistry, such as electrolytes, dielectric liquids, and superfluidity.