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arXiv 1002.2748gr-qcmath.DG
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关于Weyl向量的物理意义

On physical meaning of Weyl vector

M. V. Gorbatenko

摘要:

本文研究了新提出的共形几何动力学(CGD)与广义相对论(GTR)相比,是否能扩展自然特征。这个问题的答案可以与GTR中使用的Riemann空间过渡到CGD中使用的Weyl空间所产生的独特现象联系起来。我们考虑的是,在某些空间区域中,在不同物理现象的方程之间建立完美对应的可能性:(1)与平面空间中的外尔自由度相关的现象。(2)用半整数自旋粒子描述的现象和观测到的对应于全部双旋量的量。本文对这一现象进行了描述。这里分析了量子物理概念与GTR结合、物理相互作用统一以及对实验中已知但尚未正确理解的许多效应的理解问题的新前景。

英文摘要:

The present paper considers if the new proposed conformal geometrodynamics (CGD) can extend the Nature features compared with general theory of relativity (GTR). The answer for this question can be connected with unique phenomenon arising from Riemann space transition used in GTR, to Weyl space used in CGD. We have in mind the possibility to set up the perfect correspondence in certain spatial regions between the equations of different physical phenomena: (1) Phenomena associated with Weyl degrees of freedom in a plane space. (2) Phenomena described in terms of half-integer spin particles and observed quantities corresponding to the full set of bispinors. The said phenomenon is described in the present paper. Analyzed here are the new prospects in the problem of combination of quantum physics concepts and GTR, unification of physical interactions and understanding of many of the effects known from the experiments but not properly understood yet.

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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