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Generalized relativity: A unified field theory based on free geodesic connections in Finsler space

机译:广义相对论:基于Finsler空间中自由测地线的统一场论

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An equation of structure on space-time is developed using the methods of Finsler geometry with an essentially unrestricted connection function, corresponding to a specification of the geodesic curves in the manifold. This contrasts with the usual approach in which the connection is derived in an explicit and restrictive manner from a metric. The equation of structure based on the "free" geodesic connection is found to incorporate, as a special case, equations which are closely comparable to both Einstein's equation of gravity in the presence of electromagnetic energy and Maxwell's equations for a chargeless electromagnetic field. Beyond this unification of electromagnetism and gravity, the theory appears to offer a wide scope for consideration of additional implications which may provide insights into other observed phenomena. [References: 7]
机译:使用具有基本不受限制的连接函数的Finsler几何方法,开发了时空结构方程,该函数对应于流形中测地曲线的规范。这与通常的方法形成对比,在常规方法中,以明确和限制性的方式从度量导出连接。作为一种特殊情况,发现基于“自由”测地线连接的结构方程式与存在电磁能时的爱因斯坦重力方程式和无电荷电磁场的麦克斯韦方程式具有可比性。除了电磁和重力的这种统一之外,该理论似乎为考虑其他影响提供了广阔的范围,这些影响可能提供对其他观测现象的洞察力。 [参考:7]

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