运动物体观测论

为了解决运动物体的观测问题,文章先论述了光速是光子相对于光源的速度,介绍了光在纯粹的空间中和介质中的传播特性;提出了运动参考系时空、视时空和静止参考系时空的概念;分别导出了物体在纯粹的空间中和移动的介质中运动时,运动参考系时空、视时空与静止参考系时空的相互关系。运动物体观测论解决了运动物体的观测问题,运动不会产生长度变化、时间变化和质量变化,不存在光障。

Observation Theory of Moving Objects

To observe moving objects, this paper stresses that light speed being the speed of photon relative to its source, introduces the propagation characteristics of light in pure space and in medium. It proposes new concepts called the moving coordinate space time, the visual space time and the static coordinate space time. It derives the relationship among the realistic space time of moving coordinate systems, the visual space time and the realistic space-time of static coordinate systems in pure space and in moving medium. It concludes that the moving objects observation theory has solved the measurement problem of moving objects. Movement cannot cause changes in length, in time or in mass. Also, there does not any light barrier.