双子佯谬与星际航行

计算了在两个假想的星际航行方案中,与"双子佯谬"相关的时间差别.这种差别体现了惯性与非惯性参考系经历的时间有绝对差异,而不再是"相对"效应.     

狭义相对论中的与门佯谬

提出了一个所谓“与门佯谬”问题,并利用狭义相对论进行了详细的分析和计算,消除和此佯谬。     

双生子佯谬的投影诠释

在表示洛伦兹变换的复平面上，考察各边平行于坐标轴的直角三角形，以其中各边比例关系为“投影关系”，用于简明地诠释双生长子倦廖的实质，并得出某种程度的一般性结论。     

狭义相对论解决双生子佯谬之不可能

详细地阐明了狭义相对论解决双生子佯谬之不可能，对一种很有影响的狭义相对论解进行了深入细致的分析     

关于“横竿佯谬”的讨论

分析、探讨了狭义相对论中的“横竿佯谬”问题。结论 :一切惯性系都是等价的。     

孪生子效应析疑

说明孪生子效 一个实验上和理论上都已解决了问题，通过一个具的例阐明孪生子效应的物理本质，从而指出不能观测到“返老还童”的现象，并对享生长子效应与广义相对的关系作一些讨论。     

基于狭义相对论的同时性对长度收缩佯谬的认识

利用狭义相对论对同时性的理解,指出了关于一种长度收缩佯谬解释的不妥之处,并解释了改进后的关于长度收缩佯谬的提法,证明了在不同参照系上的观测者观测所得到的结论相同.     

双生子佯谬的投影诠释

在表示洛伦兹变换的复平面上,考察各边平行于坐标轴的直角三角形,以其中各边比例关系为“投影关系”,用于简明地诠释双生子佯谬的实质,并得出某种程度的一般性结论     

双生子问题

采用爱因斯坦例子在狭义相对论范畴讨论双生子效应,然后利用直红运动常加速度内禀刚性加速系进一步严格讨论。     

THE ROLE OF ACCELERATION AND LOCALITY IN THE TWIN PARADOX

We study the role of acceleration in the twin paradox. From the coordinate transformation that relates an accelerated and an inertial observer we find that, from the point of view of the accelerated observer, the rate of the differential lapses of time depends not only on the relative velocity, but also on the product of the acceleration and the distance between the observers. However, this result does not have a direct operational interpretation because an observer at a certain position can measure only physical quantities that are defined at the same position. For local measurements, the asymmetry between the two observers can be attributed to the fact that noninertial coordinate systems, contrary to inertial coordinate systems, can be correctly interpreted only locally.     

Proper-Time Classical Electrodynamics

We construct a generalization of Maxwell's equations associated with the proper-time of the source which accounts for radiation reaction without any assumptions concerning the nature of the source. The theory leads to a new invariance group, related to the Lorentz group, which leaves the proper-time of the source fixed for all observers.