Epistemological and experimental perspectives on quantum physics (Q5926545)

The articles of mathematical interest will be reviewed individually. Indexed articles: \textit{Shimony, Abner}, Philosophical and experimental perspectives on quantum physics, 1-18 [Zbl 0984.81004] \textit{Rauch, Helmut}, Neutron quantum experiments and their epistemological impact, 19-41 [Zbl 0986.81502] \textit{Ghirardi, GianCarlo}, The dynamical reduction program: An example of a quantum theory without observers, 43-58 [Zbl 0987.81004] \textit{Chevalley, Catherine}, Why do we find Bohr obscure?, 59-73 [Zbl 0986.81003] \textit{Lévy-Leblond, Jean-Marc}, Quantum words for a quantum world, 75-87 [Zbl 0978.81004] \textit{Orlov, Yuri F.}, Quantum and classical Gödelian indeterminism, measurement, and informational collapse into the past, 89-102 [Zbl 0983.81002] \textit{Omnès, Roland}, Recent advances in the consistency of interpretation, 103-111 [Zbl 0982.81007] \textit{Hiley, B. J.}, Active information and teleportation, 113-126 [Zbl 0979.81016] \textit{Bouwmeester, Dik; Pan, Jian-Wei; Weinfurter, Harald; Zeilinger, Anton}, Experimental quantum teleportation of qubits and entanglement swapping, 127-140 [Zbl 0979.81015] \textit{Kimble, H. J.}, Quantum teleportation, 141-146 [Zbl 1019.81007] \textit{Briegel, H. J.; Cirac, J. I.; Dür, W.; Giedke, G.; Zoller, P.}, Quantum repeaters for quantum communication, 147-154 [Zbl 0982.81016] \textit{Haroche, Serge}, Quantum engineering with atoms and photons in a cavity, 155-166 [Zbl 0982.81503] \textit{Zurek, Wojciech Hubert; Paz, Juan Pablo}, Why we don't need quantum planetary dynamics: Decoherence and the correspondence principle for chaotic systems, 167-177 [Zbl 1007.81035] \textit{Gottfried, Kurt}, Is the statistical interpretation of quantum mechanics implied by the correspondence principle?, 179-185 [Zbl 0982.81006] \textit{Thirring, Walter}, The histories of chaotic quantum systems, 187-198 [Zbl 0984.81051] \textit{Oeser, Erhard}, Epistemological problems of measurement in quantum mechanics and the appearance of the classical world of macroscopic objects, 199-209 [Zbl 0984.81003] \textit{Horne, Michael}, Complementarity of fringe visibilities in three-particle quantum mechanics, 211-220 [Zbl 0984.81005]