对称近似与三孪生子问题

线性近似和对称近似是科学研究的两种方法,但人们普遍对线性近似比较熟悉,而对对称近似比较陌生。本文试图通过对三孪生子问题的讨论,给出一个对称近似方法的实例。实验表明相对参照系静止的时钟的时间测量数据和参照系的运动有关,相对论中定义这个时间为固有时,那么在宇宙中是否存在最快固有时和最慢固有时?文中通过讨论参照系全集的性质和对称近似方法,最后解决了三孪生子问题和最快时钟命题,这些新的分析方法将有助于人们加深对时间测量和自然规律本质的理解。

Symmetrical Approximation and Triplets Problem

Abstract： Linear approximation and synlmetrical approximation are two methods of scientific research, but people are generally more familiar for linear approximation not for symmetrical approximation. This paper attempts to give an example of symmetrical approximation by discussing Triplets Problem. Experiments show that the tilne speed of Proper Time in relativity can be different because the movement of tile frame of reference, so that generates a problem： if exists the slowest clock or the fastest clock in the Uni- verse？ This problem is associated with the Triplets Problem, the fastest clock proposition can be proved by answer to Triplets＂ Problem and using method of symmetrical approximation. This article discusses the nature of tile Cosmic Universal Set of Frame, analyzes the relationship between time speed of Proper Time and the frame of reference from a new＇ point of view, finally resolved the Triplets＂ Probleln and the Fastest Clock Problem. The new analytical methods can help people deepen their understanding of the essence of inertia system and the laws of nature.