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Социальные и гуманитарные науки. Отечественная и зарубежная литература. Сер. 3, Философия: Реферативный журнал

2003. 02. 007. Энджел Л. Стрела Зенона, механика Ньютона и неравенства Белла. Angel L. Zeno's arrow, Newton's Mechanics, and Bell's inequalities // Brit. J. for the philosophy of science. Aberdeen, 2002. Vol. 53, n 2. P. 161182

К П Бестемьянова, В.Д. Эрекаев, В А Яковлев

Published Jan 1, 2003• 0 citations
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Bell's inequality is used as the main argument in the dispute between the local realism Einstein and quantum non-locality. If we carefully analyze an argument, you can recognize: Einstein rights - quantum mechanics is incomplete, and «modern physics has turned, in fact, a continuation of mathematics, completely lost all hope of understanding the nature of the studied phenomena». Путенихин Петр Васильевич. Неравенства Белла используются в качестве основного аргумента в споре между локальным реализмом Эйнштейна и квантовой нелокальностью. Если тщательно проанализировать доводы, то можно признать: Эйнштейн прав – квантовая механика неполна, а «современная физика, превратилась, по сути дела, в продолжение математики, совершенно утратив все надежды на понимание природы изучаемых явлений».
A model of a new version of Zeno's arrow paradox is presented in a plausible extension of Newtonian collision mechanics. In exploring various avenues for resolution of the paradox, it becomes evident that a prerelativistic classical physical topology which is locally deterministic can mechanically generate nonclassical ontological properties such as the appearance of a particle in many places at once. It can also mimic some properties of quantum physics, including unprepared spatially‐separated correlations. 1 Zeno's arrow paradox 2 Newtonian collision mechanics and extensions of it 3 Our initial condition (IC) 4 Demonstrating the model paradox 5 Resolving the paradox 6 Unprepared correlations in spatially‐separated events 7 Lessons