Klein, Oskar

Kitaura Kazuo, 804 Klein Douglas J., 173 Klein Oskar, 123 Klemperer William, 3 Klinowski Jacek, XXXIII Kobus Jacek, 432 Koch Wolfram, 676, 715... 

Klein Oskar 93,110, 111, 113,114,130,137 Klos Jacek 742 Kobayashi Rika 678 Kobus Jacek 364... 

C. N. Young, Symmetry and Physics. In The Oskar Klein Memorial Lectures. Vol. 1 Lectures by C. N. Yang and S. Weinberg with translated reprints by O. Klein. Ed. Gosta Ekspong, World Scientific, Singapore, 1991, pp. 11-33, p. 23. 

Religious conflict broke early. Niels believed literally what he learnt from the lessons on religion at school, says Oskar Klein. For a long time this made the sensitive boy unhappy on account of his parents lack of faith. Bohr at twenty-seven, in a Christmastime letter to his fianc6e from Cambridge, remembered the unhappiness as paternal betrayal I see a little boy in the snow-covered street on his way to church. It was the only day his father went to church. Why So the little boy would not feel different from other httle boys. He never said a word to the little boy about belief or doubt, and the little boy believed with all of his heart. ... 

With Europe in turmoil, Bohr s annual Copenhagen conferences became job forums. In the front row (/. to r.) Oskar Klein, Bohr, Heisenberg, Pauli, George Gamow, Lev Landau, Hendrik Kramers. 

Oskar Klein (1894-1977) was the youngest son of the chief rabbi of Sweden and a professor of mathematics and physics at Stock-hoim Hogskola. Walter Gordon (1893-1940) until 1933 was a professor at the University of Hamburg, and after that, he resided in Sweden. 

The main biographers of Kramers, in particular Dirk ter Haar, claim that his interest in Chemical kinetics is a simple mathematical exercise of style. This may be partially true but Kramers s work would be impossible without Christiansen s previous contribution and his collaboration with Oskar Benjamin Klein (1894-1977) a Swedish theoretical physicist student of Arrhenius that during the years from 1917 to 1921 travelled many times back and forth between Copenhagen and Stockholm to complete his PhD thesis in which he examined the forces between ions in strong electrolyte solutions. The result was a generalized description of liquid dynamics and the formulation of what we call today the Klein-Kramers equation (Klein 1922). 

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