Hans-Peter Dürr’s scientific contributions

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Publications (7)


Zur Theorie der Leptonenmassen
  • Chapter

January 1993

Walter Blum

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Hans-Peter Dürr

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Helmut Rechenberg



Original Scientific Papers / Wissenschaftliche Originalarbeiten

January 1989

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14 Reads

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9 Citations

This second Series A volume of Werner Heisenberg's Collected Works covers a period of about 15 years beginning with the early papers on quantum field theory in 1929/30 and ending with those on the scattering matrix (up to 1946). The reader will find Heisenberg contributions to Dirac's theory of the electron, to nuclear physics, to cosmic ray phenomena, and to reactor physics. The papers on the Uranium Project, classified for a long time and never fully published before, will certainly attract a wide audience. As in the first volume, each group of papers is furnished with an introduction in English by an eminent scientist. The contributing scientists are: R. Haag, A. Pais, C.F. von Weizsäcker, E. Bagge, K. Wirtz, and R. Oehme.



Biographical Data

January 1985

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5 Reads

Werner Karl Heisenberg was born in Würzburg, Germany, on 5 December 1901. His father, August Heisenberg (1869–1930), stemmed from a family of master craftsmen in Osnabrück, and had studied classical philology in Munich; at the time of Werner’s birth he held the dual positions of teacher at the Altes Gymnasium in Würzburg and Privatdozent for Greek philology at the University of Würzburg. His mother was Anna Wecklein, the daughter of Nikolaus Wecklein (1843–1926), a classical philologist and rector of the Maximilians-Gymnasium in Munich. They married in 1899 and their first son, Erwin, was born in Munich in 1900; he later became a chemist and worked in industry (he died in 1965).


Citations (2)


... One easily sees that for fields small in comparison with the "critical" field both Lagrange functions of the theory of Born go over into the Lagrange function of Maxwell, i.e. the requirement /e/ is fulfilled. We recall that in the Maxwell theory the Lagrangian assumes the form: 12) which is also in accord with the general formula /4/. The principle difference between this formula /12/ and /5/ and /6/ consists in the fact that for Maxwell in /12/ under the root only the metric tensor remains while the components of the field tensor enter one of the invariants only. ...

Reference:

The application of the electrodynamics of Born to the theory of the propagation of light in electromagnetic fields [Engl. transl. of kand. diss. (Ph.D. thesis), 1936]
Scientific Review Papers, Talks, and Books Wissenschaftliche Übersichtsartikel, Vorträge und Bücher
  • Citing Book
  • January 1984

... In contrast, in quantum theory, such processes arise due to the contributions of virtual states. Soon after the discovery of quantum electrodynamics, as the best theory describing the quantum nature of electromagnetic interactions, it became clear that the production of electronpositron pairs from photon interactions is possible [1][2][3][4]. Over the years, inelastic light-light interactions have been the subject of numerous theoretical studies and successful experimental tests [5][6][7][8][9][10][11][12][13][14][15]. ...

Original Scientific Papers / Wissenschaftliche Originalarbeiten
  • Citing Book
  • January 1989