麦克斯韦引力与牛顿-卡尔坦理论在理论上是否等效?

Eleanor March
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引用次数: 1

摘要

最近有大量研究探讨了麦克斯韦引力和牛顿-卡尔坦理论在理论上是否等效的问题。本文捍卫这样一种观点,即对牛顿-卡尔坦理论有一些貌似合理的解释,根据这些解释,上述问题的答案是 "是"。在此过程中,我试图澄清这场争论中的问题所在。特别是,我认为麦克斯韦引力和牛顿-卡尔坦理论是否等效,与文献中以往讨论的表象相反,与未实现物质的反事实无关。与雅各布斯(2023)最近的说法相反,它也与时空和动力学对称性无关。相反,它取决于一些相当微妙的问题,涉及连接的大地测量事实如何获得物理意义,以及动力学可能性与运动学可能性之间的区别。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Are Maxwell Gravitation and Newton-Cartan Theory Theoretically Equivalent?
A recent flurry of work has addressed the question whether Maxwell gravitation and Newton-Cartan theory are theoretically equivalent. This paper defends the view that there are plausible interpretations of Newton-Cartan theory on which the answer to the above question is “yes”. Along the way, I seek to clarify what is at issue in this debate. In particular, I argue that whether Maxwell gravitation and Newton-Cartan theory are equivalent has nothing to do with counterfactuals about unactualised matter, contra the appearance of previous discussions in the literature. Nor does it have anything to do with spacetime and dynamical symmetries, pace recent claims by Jacobs (2023). Instead, it depends on some rather subtle questions concerning how facts about the geodesics of a connection acquire physical significance, and the distinction between dynamical and kinematic possibility.
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