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Biographical Memoirs of Fellows of the Royal Society

Niels Henrik David Bohr, 1885-1962

John Douglas Cockcroft, J. D. Cockcroft

Published Nov 1, 1963• 4 citations
Publisher

Abstract

Abstract Niels Bohr was born on 7 October 1885, the son of Professor Christian Bohr, the physiologist, and Ellen, daughter of D. B. Alder, a banker. He had one sister, Jenny, and a brother, Harald, who became Professor of Mathematics in the University of Copenhagen. They grew up in a home of culture. From his father, Niels became acquainted with the problems of biology and in later years became interested again in biological problems through his interests in complementarity. He was educated in Copenhagen, first at the Gammelholm School and then at the University. Whilst there, he became interested in philosophical problems through attending the lectures of Hoffding. According to Rosenfeld (Nordita Publication No. 57) ‘he was fascinated by some of the great religious figures of the past, especially the Jewish prophets and the Buddha; he earnestly endeavoured to penetrate the human side of their teachings and arrived at interpretations of striking originality. Into these sacred texts, coming from the innermost recesses of the human soul, he read an effort to account in a peculiar language for that deepest complementarity between rational knowledge and living experience of the cosmos which in his eyes characterized man’s ambiguous position and rules his whole activity. No wonder that such deep seated views were to play a leading part in his thought in later years and even pervade every shade of his sensitive reaction to the various impressions of everyday life’. During his adolescent years Niels Bohr together with his brother, Harald, were good footballers and his passion for sport was transferred in time to skiing and sailing. He was a lover of the arts and when Eric Gill’s carving of Rutherford installed in the Mond Laboratory at Cambridge was being criticized he was delighted to be presented by Dirac and Kapitza with a copy for his Institute at Copenhagen.

DOI
10.1098/rsbm.1963.0002

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Harwood Academic Publishers eBooks•Jan 1, 1988•2 citations
Abstract Niels Bohr was born on 7 October 1885, the son of Professor Christian Bohr, the physiologist, and Ellen, daughter of D. B. Alder, a banker. He had one sister, Jenny, and a brother, Harald, who became Professor of Mathematics in the University of Copenhagen. They grew up in a home of culture. From his father, Niels became acquainted with the problems of biology and in later years became interested again in biological problems through his interests in complementarity. He was educated in Copenhagen, first at the Gammelholm School and then at the University. Whilst there, he became interested in philosophical problems through attending the lectures of Hoffding. According to Rosenfeld (Nordita Publication No. 57) ‘he was fascinated by some of the great religious figures of the past, especially the Jewish prophets and the Buddha; he earnestly endeavoured to penetrate the human side of their teachings and arrived at interpretations of striking originality. Into these sacred texts, coming from the innermost recesses of the human soul, he read an effort to account in a peculiar language for that deepest complementarity between rational knowledge and living experience of the cosmos which in his eyes characterized man’s ambiguous position and rules his whole activity. No wonder that such deep seated views were to play a leading part in his thought in later years and even pervade every shade of his sensitive reaction to the various impressions of everyday life’. During his adolescent years Niels Bohr together with his brother, Harald, were good footballers and his passion for sport was transferred in time to skiing and sailing. He was a lover of the arts and when Eric Gill’s carving of Rutherford installed in the Mond Laboratory at Cambridge was being criticized he was delighted to be presented by Dirac and Kapitza with a copy for his Institute at Copenhagen.
Part I. Niels Bohr. Communications delivered to the Royal Danish Academy of sciences and letters, October 3, 1985 (edited by E. Dal). Niels Bohr and The Royal Danish Academy of Sciences and Letters (B. Strmgren). Epistemological considerations (H.B.G. Casimir). Part II. The Lesson of Quantum Theory. Proceedings of the Niels Bohr centenary symposium, October 4-7, 1985 (edited by J. de Boer and O. Ulfbeck). The Lesson of Quantum Theory. Measurement in quantum theory and the problem of complex systems (P.W. Anderson). Quantum mechanics at the macroscopic level (A.J. Leggett). Strange quantum numbers in condensed matter and field theory (J.R. Schrieffer). The study of the nucleus as a theme in contemporary physics (B.R. Mottelson). ``Complementarity'' between energy and temperature (J. Lindhard). Radiation by uniformly moving sources (V.L. Ginzburg). Does elementary particle physics have a future? (S.L. Glashow). Observability of quarks (J.D. Bojrken). The transformation of elementary particle physics into many-body physics (L. Van Hove). Physics in terms of difference equations (T.D. Lee). Some lessons of renormalization theory (A.S. Wightman). Particles, fields and now strings (S. Weinberg). Collective and planetary motion in atoms (R.S. Berry). Unity of Knowledge. The origin and evolution of large-scale structure in the universe (W.L.W. Sargent). Molecular replication and the origins of life (L.E. Orgel). Physics, biological computation and complementarity (J.J. Hopfield). Complementarity in linguistic observation, description and explanation (W.U. Dressler). Niels Bohr. Great connections come alive: Bohr, Ehrenfest and Einstein (M.J. Klein). Niels Bohr and nuclear weapons (M. Gowing). Niels Bohr: The man and his legacy (J.A. Wheeler). Mellem Spog og Alvor: Personal recollections about Niels Bohr (H.B.G. Casimir). Part III. Jest and Earnest. AAddresses presented at the evening gathering in Ny Carlsberg Glyptoteket, October 7, 1985. (edited by J. de Boer and O. Ulfbeck). Parentesen (A. Aaboe). Truth and clarity (R. Peierls). Niels Bohr, the quantum and the world (V.F. Weisskopf).
I: Hoffding as Mentor.- I.- 1. Harald Hoffding, His Life and Thought.- 2. Hoffding and Bohr Senior.- II.- 1. The Ekliptika Circle.- 2. Bohr and William James.- 3. Bohr and Kierkegaard.- 4. The Student Bohr on Formal Logic.- III.- 1. The Friendship.- 2. The Years Around 1927.- 3. Hoffding on Complementarity.- IV.- 1. Hoffding's Theory of Knowledge.- 2. Totality as a Category.- 3. Hoffding's Philosophy of Mind and Psychology of Free Will.- 4. Hoffding on Biology.- 5. Analogy and Scientific Progress.- II: Bohr and the Atomic Description of Nature.- V.- 1. The Principle of Correspondence.- 2. The Search for an Interpretation.- VI.- 1. Complementarity.- 2. Quantum Mechanics and Psychology.- 3. Bohr on Biology.- VII.- 1. The Objectivity of Knowledge.- 2. The EPR Discussion.- 3. The Conditions for Description.- VIII.- 1. Bohr and Realism.- 2. Hoffding on Reality.- 3. Objective Anti-Realism.- Epilogue: The Legacy.- Notes.
Niels Bohr and the Philosophy of Physics: Twenty-First-Century Perspectives examines the philosophical views, influences and legacy of the Nobel Prize physicist and philosophical spokesman of the quantum revolution, Niels Bohr. The sixteen contributions in this collection by some of the best contemporary philosophers and physicists writing on Bohr’s philosophy today all carefully distinguish his subtle and unique interpretation of quantum mechanics from views often imputed to him under the banner of the “Copenhagen Interpretation.” With respect to philosophical influences on Bohr’s outlook, the contributors analyse prominent similarities between his viewpoint and Kantian ways of thinking, the views of the Danish philosopher Harald Høffding, and themes characteristic of American pragmatism. In recognizing the importance of Bohr’s epistemological naturalism they examine his defence of the indispensability of classical concepts from a variety of different perspectives. This collection shows us that Bohr’s interpretation of quantum mechanics, now nearly a century old, still has
Overview, Victor Weisskopf Niels Bohr and the development of physics, A.Pais on the origins of the Copenhagen interpretation, Arthur I.Miller Niels Bohr and atomic physics today, Daniel Kleppner condensed matter physics - does quantum mechanics matter?, Michael E.Fisher nuclear physics - comments and reflections, Herman Feshbach the new ether, J.D.Bjorken recent developments in cosmology, George Field black holes and the foundations of quantum mechanics, Gerard't Hooft do black holes emit black body radiation?, T.D.Lee quarternionic quantum field theory, Stephen L.Adler light and life - Niels Bohr's legacy to contemporary biology, Gunther S.Stent Bertlmann's socks and the nature of reality, J.S.Bell fifty years later - when gedanken experiments become real experiments, Alain Aspect Philippe Grangier physical and philosophical issues in the Bohr-Einstein debate, Abner Shimony the Soviet reaction to Bohr's quantum mechanics, Loren R.Graham Niels Bohr and the first principles of arms control, Martin J.Sherwin American attitudes on security - comments, John Steinbruner science, technology and the arms race - European perspectives, Edoardo Amaldi.