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线性磁电体和等离子体中光传播的引力效应

Gravitational Effects on Light Propagation in Linear Magnetoelectrics and Plasmas

Elda Guzmán-Herrera, Vitorio A. De Lorenci, Renato Klippert

arXiv 2607.20568首次发表:更新:

AI 中文总结

研究背景引力场下线性磁电体和等离子体中光传播的引力效应,采用协变电磁形式,对相关介质进行研究,并给出通过精确折射率测量探测引力效应的估计值。

AI 中文摘要

采用协变电磁形式来研究背景引力场影响下特定材料系统内光传播的效应。具体研究了由线性本构关系描述的电介质以及磁化等离子体介质(如中子星磁层)。还给出了在这些情形下通过精确折射率测量来探测引力效应的估计值。

英文摘要

A covariant formalism for electromagnetism is used to investigate the effects of light propagation within certain material systems under the influence of a background gravitational field. Specifically, dielectric media described by linear constitutive relations, as well as magnetized plasma media, such as the magnetosphere of neutron stars, are examined. Estimates for detecting gravitational effects through precise refractive index measurements within these scenarios are provided.

Comments10 pages, 6 figures

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