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Two fundamental experimental tests of nonclassicality with qutrits

机译:与Qutrits的非核实性的两个基本实验测试

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摘要

In classical physics, there is no contradiction in considering that systems like balls and coins have preestablished properties like position and velocity that are independent of whether one actually measures them or not. However, according to quantum mechanics, the results of experiments on systems such as atoms and photons do not correspond to preestablished properties. A natural and fundamental question is: Which is the simplest quantum system in which this difference between classical and quantum physics can be observed?
机译:在古典物理学中,考虑到球和硬币这样的系统没有矛盾的位置和速度,这些物理如同实际测量它们是独立的。然而,根据量子力学,根据原子和光子等系统的实验结果不对应于预开发的性质。自然和根本的问题是:这是最简单的量子系统,其中可以观察到经典和量子物理学之间的这种差异?

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