空间定位的相对论“观测”修正原理与方法新探

A new Exploration on the correction principle and method of relativistic“observation”in space localization

本文针对地球卫星导航定位目前约定俗成的狭义和广义两个相对论的修正方法,从狭义和广义相对论的原理本质进行了研究与探讨。在狭义相对论的等效原理和拓展原理的基础上,对广义相对论重新认识,在分析其“佯谬”的基础上,进一步深入认知广义相对论的本质和局限性,提出了广义相对论的等效原理的设想,使得杨-米尔斯场的表达成为可能。随后还提出超光速拓展原理的设想。对现在使用的狭义和广义相对论的空间定位的使用方法做出了合乎客观逻辑的解释,从而提出了将实际操作也做出相应调整的重大建议。最后对以后广袤太空空间的相对论修正的使用提醒要回归相对论的本质以及注意实际操作的合理性。

In this paper,we study and discuss the theoretical essence of special and general relativity in terms of the two conventional revision methods of earth satellite navigation and positioning.On the basis of the equivalence principle and extension principle of special relativity,this paper reconsiders the general relativity,analyzes its“paradox”,further understands the essence and limitation of general relativity,and puts forward the assumption of the equivalence principle of general relativity,which makes it possible to express the Yang-Mills field.Then it puts forward the idea of faster-Than-light expansion principle.This paper gives an objective and logical explanation of the spatial orientation used in special and general relativity,and puts forward some important Suggestions to adjust the actual operation accordingly.Finally,the use of relativistic modifications to later vast Spaces reminds us to return to the nature of relativity and to pay attention to the rationality of practical operation.