论文标题
真空动力学的空间和时间歧义
Space and time ambiguities in vacuum electrodynamics
论文作者
论文摘要
结果表明，真空中的每个常规电磁场在新的歧管中都相同满足麦克斯韦方程，在新的歧管中，空间和时间的作用已经交换。新的度量是洛伦兹，取决于特定的解决方案，并迫使沿场线方向倾斜的时间流动。我们对转换进行了详细的描述，并在代数和差异设置中讨论了它的几个属性。在明确计算和仔细分析新指标的情况下，举例说明了示例。我们以转型以及未来观点的可能应用结束。
It is shown that every regular electromagnetic field in vacuum identically satisfy Maxwell equations in a new manifold where the roles of space and time have been exchanged. The new metric is Lorentzian, depends on the particular solution and forces the flow of time to tilt somehow in the direction of the field lines. We give a detailed description of the transformation and discuss several of its properties, both in the algebraic and differential settings. Examples are given where the new metrics are explicitly computed and carefully analyzed. We conclude with possible applications of the transformation as well as future perspectives.
