Niels Bohr's Times: In Physics, Philosophy, and PolityOxford University Press, 17. okt. 1991 - 596 síđur Niel Bohr's life spans times of revolutionary change, in science and in its impact on society. Along with Einstein, Bohr can be considered as this century's major driving force behind the new mathematical and philosophical descriptions of the atom, the nucleus, and all that resulted from them. Abraham Pais, the acclaimed biographer of Einstein, traces Bohr's progress from his well-to-do origins in late nineteenth century Denmark to his central position in the world political scene, particularly because of the development of nuclear weapons during the Second World War. Bohr was one of the great enabling figures in modern science, not only because of his direct involvement in the application of quantum theory to our understanding of the structure of the atom, but also because he gathered around him in Copenhagen most of the brightest young minds of the period. Figures like Pauli, Dirac, and Heisenberg, all required Bohr's imprimatur, to varying degrees, before they considered their work ready for widespread consumption. He had a complex relationship with Einstein, both in terms of their fundamental disagreements and their profound though distant mutual respect. He owed an important debt to his mentor, Rutherford - a man who came to serve, in many ways, as his role model. Pais describes the state of physics before Bohr and considers his legacy, both theoretical and practical. But more than this, he captures the essence of Bohr, the intensely private family man who, despite appalling personal tragedy, became one of the best-loved cultural figures of recent times. |
Efni
| 1 | |
2 In Denmark I was born | 32 |
3 Boyhood | 42 |
from ancient optics to relativity theory | 52 |
the roots of quantum physics | 74 |
6 Student days | 92 |
7 In which Bohr goes to England for postdoctoral research | 117 |
8 Bohr father of the atom | 132 |
15 Looking into the atomic nucleus | 324 |
16 Toward the edge of physics in the Bohr style and a bit beyond | 346 |
17 How Bohr orchestrated experimental progress in the 1930s in physics and in biology | 375 |
18 Of sad events and of major journeys | 407 |
19 We are suspended in language | 420 |
20 Fission | 452 |
21 Bohr pioneer of glasnost | 473 |
22 In which Bohr moves full steam into his later years | 509 |
9 How Bohr secured his permanent base of operations | 160 |
10 It was the spring of hope it was the winter of despair | 176 |
11 Bohr and Einstein | 224 |
12 A modern Viking who comes on a great errand | 249 |
the discovery of quantum mechanics | 267 |
14 The Spirit of Copenhagen | 295 |
23 Epilog | 534 |
A synopsis of this book in the form of a chronology | 538 |
| 547 | |
| 556 | |
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a-particle April atomic August Balmer formula became biology Bohr wrote Bohr's Carlsberg century Chap classical physics complementarity contributions Copenhagen correspondence course Danish December Denmark Dirac discovery discussed earlier early Ehrenfest Einstein electric electromagnetic electron elements energy experiment experimental February Fermi field fission foundation frequency Frisch German Göttingen Harald Heisenberg helium Hevesy hydrogen ideas institute isotope J. J. Thomson January July June Klein laboratory later lecture letter light magnetic March Margrethe mathematical molecules Nature neutron Niels Bohr Archive Nobel November nuclear physics nucleus October old quantum theory orbits P. A. M. Dirac paper particles Pauli philosophical photon Phys physicists Planck principle prize problem professor quantum mechanics quantum number quantum physics radiation radioactivity repr Rockefeller Rosenfeld Rutherford Schrödinger scientific September Solvay conference Sommerfeld spectra structure T. S. Kuhn talk theoretical physics Thomson took transl University velocity wave York Zeitschr
