运动波支持物体超光速运动

Kinematic Wave and Superluminal Motion

物体都具有波粒二像性,但波动性是经典物理学的难点。本文尝试研究波动性在平直空间对物体运动可能产生的影响,发现娲和娲子2个因子,弥补了狭义相对论定域性原则的不足,并发现波动性支持超光速,以及非定域时间和因果律的连续和线性统一。最有意义的是:牛顿三大定律和狭义相对论,以及运动波这三者可以携手成为平直空间的统一理论体系。

Wave-particle duality is a fundamental attribute of any objects. This paper explores the wave properties and their impact upon motions in a flat spacetime. The discovery two factors, including Wa and Wazi,makes up for the defects of the principle of locality. Therefore the wave properties should support the superluminality, the continuity and linear unity about causality and nonlocality of time. Together, Newton＇s three laws of motion, special relativity theory and kinematic wave theory could form a unified theory of the flat spacetime.