On the Weyl Tensor for a Curved Spacetime Endowed with a Torsionful Affinity

J. G. Cardoso
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Abstract

We transcribe into the framework of the {\epsilon}-formalism of Infeld and van der Waerden the world definition of the Weyl tensor for a curved spacetime that occurs in the realm of Einstein-Cartan's theory. The resulting expression shows us that it is not possible to attain any general condition for conformal flatness in such a spacetime even if wave functions for gravitons are eventually taken to vanish identically. A short discussion on the situation concerning the limiting case of general relativity is presented thereafter.
论具有扭转亲和力的弯曲时空的韦尔张量
我们将爱因斯坦-卡尔坦理论中出现的弯曲时空的韦尔张量的世界定义转录到英费尔德和范德瓦登的{\epsilon}形式主义框架中。由此得出的表达式告诉我们,即使最终认为引力子的波函数等效消失,也不可能在这样的时空中获得保角平坦性的任何一般条件。随后,我们将对广义相对论的极限情况进行简短讨论。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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