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Experiment, entanglement and the foundations of quantum mechanics
pp. 13-19
Résumé
Albert Einstein1 was the first who around 1910 realized that quantum physics contains elements which significantly go beyond any possible interpretive concepts in classical physics. Even before the invention of full quantum mechanics by Heisenberg and Schrödinger, he expressed discomfort about the new role played by randomness in quantum physics.
Détails de la publication
Publié dans:
Depauli Schimanovich Werner, Köhler Eckehart, Stadler Friedrich (1995) The foundational debate: complexity and constructivity in mathematics and physics. Dordrecht, Springer.
Pages: 13-19
DOI: 10.1007/978-94-017-3327-4_2
Citation complète:
Zeilinger Anton, 1995, Experiment, entanglement and the foundations of quantum mechanics. In W. Depauli Schimanovich, E. Köhler & F. Stadler (eds.) The foundational debate (13-19). Dordrecht, Springer.