信息-宇宙的概率描述
Information-Probabilistic description of the Universe
摘要：
我们将宇宙描述为量子粒子的单一纠缠系综。这个世界系综的总熵，可以表示为信息，热力学和纠缠分量的总和，假设总是为零。这个条件暗示了信息量子化，我们把它与普朗克作用量联系起来。然后，宇宙的熵中性条件导致了零作用原理。我们表明，经典时空和引力的主要概念自然出现在这张照片。介绍了一种广义最小作用量原理，它包含了信息论的最大熵原理。
英文摘要：
We describe the universe as a single entangled ensemble of quantum particles. The total entropy of this world ensemble, which can be expressed as a sum of information, thermodynamic and entanglement components, is assumed to be always zero. This condition suggests information quantization, which we associate with the Planck's action. Then the entropy neutrality condition for the universe leads to the zero-action principle. We show that the main concepts of classical space-time and gravity naturally emerge in this picture. A generalized least action principle, which embraces the maximal entropy principles of information theory, is introduced.
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