Abstract: Quantum entanglement seems very mysterious, and quantum fluctuations are also very difficult to understand. What about screen space? This article describes the relationship between quantum fluctuations, quantum entanglement and screen space. Screen space theory is a theory that studies the'structure' of geometric space. This theory is divided into three forms:'static','static' and'complex state'. The static structure theory tells us that our spatial world is a three-dimensional

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... and space is not The existence of "nothing", everything we see and perceive is the image of the screen space of this world. The different levels of quantum fluctuations on this screen, that is, the radiation and return formed by the different levels of quantum fluctuations, are the changes in the motion and field of matter we perceive. The static screen space is the relatively stable structure of the research space. The properties of the screen space at different levels are different. The screen space theory is the structural static refinement theory of the multidimensional space theory. Quantum fluctuations and quantum entanglement are here become normal.摘要:量子纠缠似乎非常神秘,量子涨落也很不好理解,屏幕空间呢?本文描述了量子涨落、量子纠缠与屏幕空间的关系。屏幕空间理论是研究几何空间的'结构'的理论,这个理论分成'静态'和'静态'及'复合态'三种形式,静态结构理论告诉我们:我们的空间世界是一个立体屏幕,空间不是'一无所有'的存在,我们及我们看到的感知的一切就是这个世界的屏幕空间的影像。这个屏幕不同层次的量子涨落,即不同层次的量子涨落形成的辐射及回归就是我们感知的物质的运动和场的变化。静态屏幕空间就是研究空间的相对的稳定的结构构成,屏幕空间在不同层次中的属性表现也不相同,屏幕空间理论是多维空间理论的结构性静态细化理论,量子涨落、量子纠缠在这里变成常态。