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arXiv gr-qc/0209050gr-qcmath.DG
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绝对平行几何:发展、应用与问题

Absolute Parallelism Geometry: Developments, Applications and Problems

M. I. Wanas

摘要:

绝对平行几何常用于物理应用。从应用程序的角度来看,它有两个主要缺陷。第一种是曲率张量的恒等消失。第二,它的自动平行路径并不代表物理轨迹。目前的工作表明如何处理这些缺陷的过程中的发展的几何形状。这个几何的新版本包含同时非零挠率和曲率。此外,在这种几何中发现的新路径确实代表了物理轨迹。这种几何形状的优点和缺点,给出了其发展的每个阶段。物理应用只是提到,没有给出任何细节。

英文摘要:

Absolute parallelism geometry is frequently used for physical applications. It has two main defects, from the point of view of applications. The first is the identical vanishing of its curvature tensor. The second is that its autoparallel paths do not represent physical trajectories. The present work shows how these defects were treated in the course of development of the geometry. The new version of this geometry contains simultaneous non-vanishing torsion and curvatures. Also, the new paths discovered in this geometry do represent physical trajectories. Advantages and disadvantages of this geometry are given for each stage of its development. Physical applications are just mentioned without giving any details.

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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