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arXiv quant-ph/0110159quant-ph
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量子力学的真空解释与真空宇宙

The vacuum interpretation of quantum mechanics and the vacuum universe

Ding-Yu Chung

摘要:

量子力学的解释是,邻近的真空表现为一个虚粒子,被其物质吸收和发射。正如真空宇宙模型中所描述的那样,相邻真空来自于前暴胀宇宙,其中前相邻真空被前物质吸收。这个被吸收的前邻近真空被发射出去,成为暴胀宇宙中暴胀的额外空间,而暴胀宇宙的时空与前暴胀宇宙是分离的。这个增加的空间是相邻的真空。作为附加空间的邻近真空的吸收导致邻近零空间(无空间),量子力学是物质与三种不同类型的真空之间的相互作用:邻近真空,邻近零空间和空的空间。相邻真空的吸收导致空的空间与相邻的零空间叠加,以粒子的形式限制物质。当被吸收的真空被发射时,相邻的真空可以是与相邻的零空间叠加的空空间中的任何地方,其中任何点都可以是时空的起点(零点)。因此,膨胀到邻近真空中的物质有可能以波函数的形式瞬间出现在任何地方。在真空宇宙模型中,宇宙不仅从真空中获得存在,而且还用真空来充实自己。在膨胀过程中,邻近的真空也产生了基本粒子的周期表,以说明所有基本粒子及其质量,与观察值非常一致。

英文摘要:

Quantum mechanics is interpreted by the adjacent vacuum that behaves as a virtual particle to be absorbed and emitted by its matter. As described in the vacuum universe model, the adjacent vacuum is derived from the pre-inflationary universe in which the pre-adjacent vacuum is absorbed by the pre-matter. This absorbed pre-adjacent vacuum is emitted to become the added space for the inflation in the inflationary universe whose space-time is separated from the pre-inflationary universe. This added space is the adjacent vacuum. The absorption of the adjacent vacuum as the added space results in the adjacent zero space (no space), Quantum mechanics is the interaction between matter and the three different types of vacuum: the adjacent vacuum, the adjacent zero space, and the empty space. The absorption of the adjacent vacuum results in the empty space superimposed with the adjacent zero space, confining the matter in the form of particle. When the absorbed vacuum is emitted, the adjacent vacuum can be anywhere instantly in the empty space superimposed with the adjacent zero space where any point can be the starting point (zero point) of space-time. Consequently, the matter that expands into the adjacent vacuum has the probability to be anywhere instantly in the form of wavefunction. In the vacuum universe model, the universe not only gains its existence from the vacuum but also fattens itself with the vacuum. During the inflation, the adjacent vacuum also generates the periodic table of elementary particles to account for all elementary particles and their masses in a good agreement with the observed values.

机构、总结、中文摘要均由AI分析而来,可能存在错误,请以论文正文为准。

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