电磁场的等价原理和电磁广义相对论
首发时间:2007-08-09
摘要:首先,我们引人电磁场的等价原理:荷质比e/m相同时,具有加速度a的非惯性系与电磁场等价。其次,基于此原理可以得到形式上完全相似的电磁广义相对论;其中电磁场作为一种只对荷电体成立的弯曲时空。此时时空分为多层,荷质比不同弯曲程度随之不同。由此,在一般情况下可以得到电磁理论。但高阶近似时,与电磁理论有所偏离。因此讨论了检验这一理论的可能的四个方面及应注意点。最后,我们提出了最一般的泛等价原理和泛广义相对论。
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The Principle of Equivalence and Geometrization on Electromagnetic Field, and The Extensive General Relativity
Abstract:First, we introduce a principle of equivalence on electromagnetic field: A noninertial system with an acceleration is equivalent to a certain electromagnetic field, in which the ratio of charge to mass is the same. Next, based on the principle the electromagnetic general relativity, whose formulations are completely analogous to the general relativity, may be derived. In this case, the electromagnetic field regards as a type of curved space-time for charged bodies, where space-time is separated into many layers, whose curvatures are different for different ratio of charge to mass. In a general case, the electrodynamics can be obtained from this theory. But its high order approximation will deviate from the present electromagnetic theory. Therefore, we discuss the four possible experimental tests for this theory and some notable problems. Finally, the most universal principle of extensive equivalence and the extensive general relativity are proposed.
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No.1447812440211866****
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