Titlebook: Bell‘s Theorem, Quantum Theory and Conceptions of the Universe; Menas Kafatos Book 1989 Springer Science+Business Media B.V. 1989 EPR para

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,Are More Economical Escapes from Bell’s Strictures Possible?,cal hidden-variables model which exactly reproduces the correlation predictions of quantum mechanics in EPRB-type experiments is reported. Its efficiency, symmetry and relation to Caser’s proof are discussed.

暖昧關(guān)系

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The EPR Paradox, Actions at a Distance and the Theory of Relativity, comprehension of the experimental results. The example of the singlet state for separate fermions is used to specify the points of contradiction with quantum mechanics, particularly the localization of wave packets and the uncertainty principle. The contradiction between such state and the theory o

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Relativity and Probability, Classical or Quantal,ism of transition amplitudes is displayed. Algebraic reversibility of these is classically tantamount to PT-invariance and quantally to CPT-invariance. In either scheme the two epithets ‘conditional’ and ‘transitional’ are essentially equivalent, and exchangeable as fits the context. Topological inv

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Relativistic Probability Amplitudes and State Preparation,e for an antiparticle. The particle amplitude is specified at the initial time and the antiparticle amplitude at the final time. Time reflection invariance indicates that the preparation of the antiparticle state at the final time should be carried out by observers composed of antiparticles. A model

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Osmosis

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Peethani Sai Ram,K. Deepak Lawrenceiance indicates that the preparation of the antiparticle state at the final time should be carried out by observers composed of antiparticles. A model of elementary particles shows how relativistic quantum mechanics can be used to describe all reactions.