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  1. Hendrik Anthony Kramers (Mitte) mit George Uhlenbeck (links) und Samuel Goudsmit (rechts). Leiden, um 1928. Hendrik Anthony Kramers, genannt Hans, [1] (* 17. Dezember 1894 in Rotterdam; † 24. April 1952 in Oegstgeest) war ein niederländischer Physiker .

  2. 20. Apr. 2024 · Hendrik Anthony Kramers (born Dec. 17, 1894, Rotterdam—died April 24, 1952, Oegstgeest, Neth.) was a Dutch physicist who, with Ralph de Laer Kronig, derived important equations relating the absorption to the dispersion of light. He also predicted (1924) the existence of the Raman effect, an inelastic scattering of light, and showed ...

  3. en.wikipedia.org › wiki › Hans_KramersHans Kramers - Wikipedia

    Hendrik Anthony "Hans" Kramers (17 December 1894 – 24 April 1952) was a Dutch physicist who worked with Niels Bohr to understand how electromagnetic waves interact with matter and made important contributions to quantum mechanics and statistical physics.

  4. 30. März 2024 · Hendrik Anthony Kramers, genannt Hans, (* 17. Dezember 1894 in Rotterdam; † 24. April 1952 in Oegstgeest) war ein niederländischer Physiker. Werdegang. Kramers studierte ab 1912 theoretische Physik an der Universität in Leiden, vor allem bei Paul Ehrenfest. 1916 promovierte er in Leiden.

  5. Hendrik Anthony Kramers. Quick Info. Born. 17 December 1894. Rotterdam, The Netherlands. Died. 24 April 1952. Oegstgeest, The Netherlands. Summary. Hendrik Kramers was a Dutch physicist who worked with Niels Bohr to understand how electromagnetic waves interact with matter. View two larger pictures. Biography.

  6. Kramers galt als führender Repräsentant der theoretischen Physik und hat ihre Entwicklung nachhaltig beeinflußt. Er widmete sich einer mathematischen Formalisierung der Quantenmechanik, entwickelte eine Methode zur approximativen Lösung der Schrödinger-Gleichung, untersuchte die Streuung des Lichtes an Atomen (Kramers-Kroning ...

  7. Hendrik Anthony Kramers published in 1940 arguably his most famous article, entitled “Brownian Motion in a Field of Force and the Diffusion Model of Chemical Reactions”.[1]Although his contributions to science were numerous and include the so-called Kramers-Kronig relations,[2]the WKB method[3]and much more, it is his seminal contribution to rat...