In Olival Freire, Jr., Guido Bacciagaluppi, Olivier Darrigol, Olivier Darrigol, Thiago Hartz, Christian Joas, Alexei Kojevnikov, Osvaldo Pessoa, Jr., eds. Oxford Handbook of the History of Interpretations and Foundations of Quantum Mechanics (Oxford: Oxford University Press), pp. 909-935, 2022
This chapter examines physicists’ uses of concepts of classical and modern after the 1911 Solvay ... more This chapter examines physicists’ uses of concepts of classical and modern after the 1911 Solvay Council. British physicists soon recognised a significant challenge to ‘classical electrodynamics’ following the work of Planck and Poincaré, which Bohr incorporated in his 1913 theory of the atom. Yet this language was contingent, and Sommerfeld and Bohr dropped it during the war. An examination of work in Germany and post-war Nobel Prizes explains their subsequent return to it, and the development of still more general concepts of classical physics. Celebrations of Planck, Einstein’s role in ‘deepening classical theory’, and the internationalisation of interest led by 1922 to the promotion of a general concept of ‘classical physics’ with quantum theory being widely identified as a central feature of ‘modern physics’. In turn, this cultural work facilitated the incorporation of a rich variety of concepts of classical theory in the subsequent development of quantum mechanics.
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Books by Richard Staley
Editorial introduction and 14 contributions in four sections addressing:
Section 1: Origins? Intelligence, capture, discovery
Papers by Penn, Stark, Hamid
Section 2: Creativity, economy, and human–machine distinctiveness
Papers by Mendon-Plasek, Babintseva, Schirvar, Kirtchik
Section 3: Seeing through computer vision, historically
Papers by Lysen, Law, Taylor, Moreschi
Section 4: ‘The social implications of machine intelligence’ in the biometric state
Papers by Powell, Sahoo, and Hagerty, Aranda and Jemio
Papers by Richard Staley
Editorial introduction and 14 contributions in four sections addressing:
Section 1: Origins? Intelligence, capture, discovery
Papers by Penn, Stark, Hamid
Section 2: Creativity, economy, and human–machine distinctiveness
Papers by Mendon-Plasek, Babintseva, Schirvar, Kirtchik
Section 3: Seeing through computer vision, historically
Papers by Lysen, Law, Taylor, Moreschi
Section 4: ‘The social implications of machine intelligence’ in the biometric state
Papers by Powell, Sahoo, and Hagerty, Aranda and Jemio