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arXiv 1603.03429gr-qcphysics.class-ph
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非引力相互作用的几何方面

Geometrical Aspects of non-gravitational interactions

Omar Roldan, C. C. Barros

摘要:

在这项工作中,我们寻找非引力的几何描述。提出了研究点状粒子与电磁外场相互作用的基本思路。为此,我们引入了真时空的概念,它使我们能够以类似于广义相对论描述引力的方式来描述这种相互作用。定义这种几何的场方程类似于爱因斯坦方程,一般来说,能量-动量张量包含粒子和外场的信息。在这种形式主义中,我们认为粒子路径是弯曲时空中的测地线,因此,电磁力是以纯粹的几何方式理解的。

英文摘要:

In this work we look for a geometric description of non-gravitational forces. The basic ideas are proposed studying the interaction between a punctual particle and an electromagnetic external field. For this purpose, we introduce the concept of proper space-time, that allow us to describe this interaction in a way analogous to the one that the general relativity theory does for gravitation. The field equations that define this geometry are similar to the Einstein's equations, where in general, the energy-momentum tensor have information of both, the particle and the external field. In this formalism we consider the particle path as being a geodesic in a curved space-time, and so, the electromagnetic force is understood in a purely geometric way.

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