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arXiv 1012.3520math-phgr-qchep-thmath.MP
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可降维到任意低维的非标准拓扑黎曼$\mathbf{(1+d)}$ -Dim时空流形及Klein-Gordon方程到$\mathbf{1}$ -Dim类薛定谔方程的变换

Riemannian $\mathbf{(1+d)}$-Dim Space-Time Manifolds with Nonstandard Topology which Admit Dimensional Reduction to Any Lower Dimension and Transformation of the Klein-Gordon Equation to the $\mathbf{1}$-Dim Schrödinger Like Equation

Plamen Fiziev

摘要:

这相当技术性的文件提出了一些概括的结果,最近出版物\cite{Shirkov2010, DVPF2010, PFDV2010}玩具模型的降维时空被认为是。在这里,我们介绍和考虑一个特定类型的多维时空与非平凡拓扑和非平凡黎曼度量,它允许减少的空间的维数$d$到任何较低的一个$d_{low} = 1, 2,..., d-1$。变几何是用部分空间维的变半径紧化来描述的。我们再一次成功地把所考虑的$d$维空间的可变几何形状变换成一种特定的势相互作用,用一维类薛定谔方程中的势$V$来描述。通过这种方式,人们可能希望研究从更高和更低维度进入我们明显的四维现实世界的可能的物理信号。

英文摘要:

This rather technical paper presents some generalization of the results of recent publications \cite{Shirkov2010, DVPF2010, PFDV2010} where toy models of dimensional reduction of space-time were considered. Here we introduce and consider a specific type of multidimensional space-times with nontrivial topology and nontrivial Riemannian metric, which admit a reduction of the dimension $d$ of the space to any lower one $d_{low} = 1, 2,..., d-1$. The variable geometry is described by several variable radii of compactification of part of space dimensions. We succeed once more in transforming the shape of the variable geometry of the $d$-dimensional spaces under consideration to a specific potential interaction, described by the potential $V$ in the one-dimensional Schrödinger-like equation. This way one may hope to study the possible physical signals going from both higher and lower dimensions into our obviously four dimensional real world.

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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